Rocket.Chat for government agencies: what changes when messages stay in agency infrastructure
Rocket.Chat can run on agency-owned or sovereign infrastructure, and the plan, identity, audit and compliance scope must be fixed before anyone builds it. For a CIO or security lead, the central question is who operates each layer once messages start flowing. In a vendor-hosted chat tool, the provider usually runs the hosting, patching, backups and much of the key management, and the agency relies on the contract and the provider's assurance reports to show those controls work. A self-hosted deployment reverses that split. The agency owns hosting, upgrades, backups, key handling and the evidence that proves each control operates, so the staff, change windows and budget for those jobs need to exist before go-live.
Start with the plan, because it decides which features exist at all. Rocket.Chat's free Starter plan allows up to 50 users and includes LDAP and Active Directory authentication, single sign-on, multi-factor authentication, end-to-end encryption, retention and read receipts. The free Community workspace allows up to 100 concurrent users with core messaging. Air-gapped deployment is a paid-plan capability and is not available on Starter. Paid plans are priced by quote, so ask the vendor to confirm in writing which Government plan features apply to your deployment model. Also check the reference architectures: one instance with a MongoDB replica set is suggested up to 500 concurrent users, and multi-instance designs require a paid plan.
Identity and audit decide how much of the agency's existing control set carries over. Decide which directory is the system of record, how LDAP or SAML group mapping assigns workspace roles, and how deprovisioning runs when someone leaves. Confirm whether MFA is enforced at the identity provider or inside Rocket.Chat, and who can change those settings. On the audit side, the paid plans list tamper-evident audit trails covering messages, files and sessions. Confirm where those records are stored, how long they are retained, how they are exported to the agency's logging platform, and who may read them. An assessor will ask these questions before they ask about the chat features.
Hosting and keys carry the most compliance weight. Rocket.Chat 8.x requires MongoDB 8.0 or later running as a replica set, and a three-member replica set is strongly recommended for high availability. The agency must back up the database and file storage, test restores, and hold the encryption keys. If criminal justice information is in scope, the FBI CJIS Security Policy version 6.1 requires FIPS 140-3 certified modules for data outside physically secure locations. Ask your authorizing official which NIST SP 800-53 baseline applies (the SP 800-53B low, moderate and high baselines select 149, 287 and 370 controls and enhancements), and whether controlled unclassified information on non-federal systems falls under NIST SP 800-171 requirements.
Upgrades and evidence are ongoing duties, not launch tasks. Rocket.Chat standard releases are supported for 6 months and LTS releases for 12 months. After end of life, a version receives no security or bug fixes, cloud services such as the push notification gateway stop working, and unsupported versions may lose the ability to connect with the official mobile and desktop clients. Build a calendar for upgrades, keep configuration baselines and change records, and collect restore tests and access reviews as they happen. DeployOpen prepares systems, controls and evidence for assessment, but independent auditors and certification bodies issue the audit reports and attestations.
Which government requirements decide the Rocket.Chat build
This table lists the government requirements that most often change a Rocket.Chat deployment and what each one means for hosting location, encryption modules, vulnerability scanning and audit configuration. Read each row with your authorizing official, compliance lead and hosting provider, because the applicable baseline depends on the data the workspace will hold. The main takeaway is that these requirements are set before the architecture starts, so confirm the hosting model and plan level first.
| Requirement | Source | What it means for the build |
|---|---|---|
| NIST SP 800-53 Rev. 5 baseline | NIST SP 800-53B: 149 (low), 287 (moderate) and 370 (high) controls and enhancements | The authorizing official selects the baseline. Confirm it before fixing hosting, logging and access designs. |
| FedRAMP scope for cloud-hosted services | OMB M-24-15 (25 July 2024) and FedRAMP scope rules | Hosted Rocket.Chat that stores agency information for the agency may need FedRAMP authorization. Confirm whether your model is in scope. |
| CJIS encryption for criminal justice information | CJIS Security Policy v6.1, SC-13 and SC-28 (effective 26 June 2026) | Use FIPS 140-3 validated modules or AES with 256-bit keys in transit and at rest outside secure locations. Confirm TLS, database and backup modules. |
| CJIS vulnerability scanning | CJIS Security Policy v6.1, RA-5 | Scan at least monthly across application hosts, containers and the database. Keep scan results as audit evidence. |
| CUI on non-federal systems | 32 CFR 2002.14(h)(2) | Non-federal systems holding CUI follow NIST SP 800-171 unless the category prescribes other safeguards. Scope hosting and access to that. |
| ADA Title II web and mobile accessibility | 28 CFR 35.200: 26 April 2027 (50,000 or more people) or 26 April 2028 (smaller entities) | Test the web client, themes and mobile apps against WCAG 2.1 AA before go-live. |
When the Government plan is needed instead of Starter or Community
The Starter and Community options cover a lot of ground for a small team, but neither includes air-gapped deployment. Starter is free for up to 50 users and includes LDAP and Active Directory authentication, single sign-on, multi-factor authentication, end-to-end encryption, retention and read receipts. The free Community workspace allows up to 100 concurrent users with core messaging. Running Rocket.Chat on a network with no outbound internet path is a paid-plan capability, and Starter does not offer it. If your agency needs an isolated install inside a restricted enclave, the free tiers are off the table, no matter how well their identity and retention settings fit your policy. Decide this first, because it determines every later architecture choice.
The second trigger is architecture. Rocket.Chat's reference architectures start with one instance backed by a MongoDB replica set for up to 500 concurrent users. Above that point, the vendor suggests multiple load-balanced instances linked by NATS, and above 5,000 it suggests microservices on Kubernetes using the official Helm chart. Both multi-instance and microservice designs require a paid plan. The user count alone does not settle the question. A single agency with 300 concurrent users on a load-balanced pair for resilience needs the paid plan just as a larger deployment does. Map your expected peak concurrency, your availability target and your required topology against these reference points, then note which plan each design implies.
Commercial, Government and Defense plans are priced by quote, so the budget conversation starts with a written feature list. The Rocket.Chat pricing page lists LDAP and SAML user group mapping, Active Directory, MFA, tamper-evident audit trails of messages, files and sessions, and built-in redundancy with automated failover. Check each of these against every tier before you assume it carries over. Ask Rocket.Chat in writing which features each paid plan includes, whether air-gapped deployment and its update process are covered, and which costs are recurring and which are one-time, such as support, license terms and renewal. Also ask how a plan change is handled if your user count or topology grows after go-live.
Before you request the quote, build a short requirements sheet covering network isolation level, peak concurrent users, topology, identity sources, audit trail needs, failover expectations and the classification of the data the workspace will hold. Send it with your question list to Rocket.Chat and keep the written answers in the procurement file. Plan for the version window as well. Standard releases are supported for 6 months and LTS releases for 12 months. After end of life, a version gets no security fixes and some cloud services stop working, so the plan you buy needs a funded upgrade cadence. DeployOpen can scope the installation, upgrades and air-gapped update procedure from that sheet, and the quote follows the written scope.
Modules and settings that matter for agency messaging
A few settings decide whether a Rocket.Chat workspace meets an agency's records, identity and encryption requirements. These cards cover the decisions to make before go-live and the questions to put to the vendor, because the plan, the add-on and the version you run can change what a setting actually does.
Directory, SSO and group mapping
LDAP and Active Directory authentication, single sign-on, SAML user group mapping and multi-factor authentication together decide who can sign in and what they can do. Agencies must choose the source of truth for accounts, whether users are created on first sign-in, and which identity provider groups map to administrators, moderators and channel owners. Decide who approves changes to that mapping. Confirm with the vendor which of these features your plan includes and how removed directory accounts end active sessions.
Tamper-evident audit trails
The paid plans list tamper-evident audit trails covering messages, files and sessions. For an agency, this record supports investigations and records requests, so decide who may query it, who reviews session activity, and where exported copies are kept outside the workspace. Confirm with the vendor what the trail protects against, how integrity is verified, and whether an independent assessor can receive a complete export.
Retention and deletion rules
Retention settings control how long messages and files remain in the workspace. Agencies must reconcile them with records schedules and legal holds, and decide which channel types receive which periods and who may override them. Confirm with the vendor how deletion reaches file storage, replicas and backups, and how a hold stops deletion for a defined set of conversations.
End-to-end encryption choices
End-to-end encryption changes what the server can search, moderate and export. Agencies must decide which channels require it, how keys are recovered when a user loses a device, and whether investigators still need server-side access to some content. Confirm with the vendor how encrypted messages interact with retention rules, audit trails and discovery requests before you set a policy for all channels.
File storage location and backups
Uploaded files are kept in the storage backend the deployment is configured to use, and that choice decides where sensitive attachments live and how they are backed up. Decide whether storage stays inside agency-controlled infrastructure, how backup copies are encrypted and retained, and how file sizing is planned. Confirm with the vendor which storage options your version supports and how deleted files are purged from every location.
FIPS 140-3 add-on scope
The FIPS 140-3 add-on is a cryptographic module option that agencies may need where a federal or state requirement names validated modules. Decide whether that requirement covers data in transit, data at rest or both, and which parts of the deployment must use the module. Confirm with the vendor whether the add-on's validation covers your exact version, deployment topology and operating environment, and obtain the validation documentation in writing before you rely on it.
How MongoDB replica sets and instance count shape a government deployment
The first architecture decision for a Rocket.Chat deployment at a government agency is not the server size. It is the database topology and the number of application instances, because both are set by the user count, the number of sites and how long the service must stay up during a failure. Rocket.Chat 8.x requires MongoDB 8.0 or later running as a replica set, not as a standalone database. A three-member replica set is strongly recommended for high availability. Before any other planning, confirm with your database team that they can operate a replica set with that member count across the sites you intend to use.
Rocket.Chat's reference architectures divide designs into bands by concurrent users. Up to 500 concurrent users, a single Rocket.Chat instance connected to a MongoDB replica set is the suggested starting point. Above 500 concurrent users, the reference design moves to multiple load-balanced instances linked by NATS, which is where a shared message broker and session distribution have to be designed and tested. Above 5,000 concurrent users, the reference design uses microservices on Kubernetes, installed with the official Helm chart. Treat these bands as the vendor's suggested starting points, not as guarantees. Your own load profile, including peak sign-ins after a shift change or an emergency notice, can move you into a higher band.
The multi-instance and microservice designs require a paid plan. A government agency that expects to cross 500 concurrent users, or that needs its messaging to survive the loss of a node or site, should price the Government or Defense plan into the design from the start rather than discovering the requirement after the architecture is built. Ask Rocket.Chat or your reseller to confirm in writing which plan covers the exact topology you propose, including the NATS layer and any Helm-based deployment, because the plan terms determine what you are licensed to run.
Node.js is bundled in the official Docker image and Helm chart, so your team does not install or patch a separate Node.js runtime for a standard deployment. That changes the operating model rather than removing it. Confirm who owns the image update cycle, how you pin and scan the image in your registry, and how you test a Rocket.Chat upgrade against a replica set copy before it reaches production. Your MongoDB version must also meet the 8.0 minimum at every stage of an upgrade, so the database and application upgrade plans need to be sequenced together.
Three inputs should decide the design, and you should write them down before a quote is requested: the number of concurrent users at peak, the number of sites or network zones that must reach the service, and the continuity target, meaning how long the agency can tolerate messaging being unavailable during a node or site failure. A small agency with one site and modest peak use may run comfortably in the single-instance band with a three-member replica set. An agency with several field offices and a legal obligation to keep emergency coordination running will likely need multiple instances and a tested failover runbook. Ask the implementation partner to show how each design answers those three inputs.
Compliance considerations for agency deployments
These six areas decide whether a Rocket.Chat deployment fits an agency's authorization, data protection and accessibility obligations. Hosting model, encryption, scanning, control baselines, CUI handling and accessibility each change the architecture or the evidence the agency must keep. DeployOpen prepares controls, configuration and evidence for these reviews, but it does not issue audit reports, attestations or certifications. Independent assessors and certification bodies do that work.
FedRAMP scope for hosting choices
FedRAMP covers cloud products and services that create, collect, process, store or maintain federal information on behalf of an agency. A Rocket.Chat instance that one agency runs for its own operations on infrastructure it controls, and does not offer as a shared service, is generally outside that scope. A vendor-hosted or shared workspace used by other customers is not. Ask any hosting provider for its FedRAMP status and authorization baseline before you choose it, and confirm the scope decision with your authorizing official.
CJIS encryption for criminal justice data
CJIS Security Policy version 6.1 took effect on 26 June 2026. For criminal justice information in transit and at rest outside physically secure locations, it requires FIPS 140-3 certified modules or FIPS 197 AES with keys of at least 256 bits, up from 128 bits. For Rocket.Chat, check TLS termination, MongoDB storage encryption, object storage for uploaded files, backups and client connections. Ask each component's owner which validated cryptographic module it uses.
Monthly vulnerability scanning evidence
The CJIS Security Policy expects vulnerability scanning at least monthly, which maps to control RA-5 in the NIST catalog. Scope the scans to the Rocket.Chat application, its operating system, MongoDB, the reverse proxy and any container images or Helm chart workloads. Agencies need a dated record of scan results, findings and remediation, not only the scanner configuration. Confirm with your CJIS Systems Agency how scan records must be retained and reported.
NIST 800-53 baseline selection
NIST SP 800-53 Rev. 5 is the federal control catalog, and Release 5.2.0 of 27 August 2025 is current. SP 800-53B defines low, moderate and high baselines that select 149, 287 and 370 controls and enhancements respectively. Choose the baseline from the system's categorization and the requirements of your authorizing body, then document which controls the hosting provider inherits and which the agency owns. Keep this mapping current, because inspectors general assess agency security under FISMA.
NIST 800-171 for CUI on non-federal systems
32 CFR 2002.14(h)(2) directs federal agencies to use NIST SP 800-171 when they set requirements for controlled unclassified information on non-federal systems, unless the CUI category's authority prescribes other safeguards. A contractor or partner that holds CUI in a chat workspace on its own systems may inherit those requirements. Under 32 CFR 170.17(c)(5), a defense contractor seeking CMMC Level 2 may store CUI in a cloud service only if it is FedRAMP Authorized at the Moderate baseline or higher, or meets equivalent requirements. Confirm the CUI category and contract clauses first.
ADA Title II accessibility deadlines
The ADA Title II rule in 28 CFR 35.200 requires state and local government web content and mobile apps, including those provided through contracts or licenses, to meet WCAG 2.1 Level A and AA. The compliance date is 26 April 2027 for entities serving 50,000 or more people and 26 April 2028 for smaller entities and special districts. Check whether the web client, admin console, custom widgets and mobile apps in your deployment fall in scope, and ask vendors for their accessibility conformance documentation.
Matrix federation between agencies and data transfer questions
Federation policy has to be settled before a Rocket.Chat rollout, because federating with another agency or outside organization changes who holds copies of messages and who can administer each side. Once a room is shared across servers, each server keeps its own copy of the events it receives, so an administrator on one side cannot assume that deleting content or closing an account removes it everywhere. Write the policy first. It should name the permitted peers, the approval step for adding a new peer, the owner who can suspend or remove one, and the rooms or user groups that may ever be federated.
Confirm which federation features apply to your plan before you draft that policy. Rocket.Chat's plan documentation and its Matrix guidance describe what each tier includes, but the details of federation controls, server blocking and retention on federated traffic should be checked with the vendor and against the Matrix documentation for the version you will run. Ask the vendor to confirm in writing which administrative settings apply to federated servers, who can change them, and whether retention rules on your server reach copies held by a peer. Record the answers in the policy so each agency's administrators know their own limits.
For agencies in the EU, or those exchanging personal data with EU partners, treat remote access as a transfer question. EDPB Guidelines 05/2021 (version 2.0) state that remote access from a third country counts as a transfer even when the data is only displayed on a screen for support or administration, and that storage in a cloud outside the EEA is also a transfer. US-controlled cloud providers raise two further questions. The CLOUD Act provision at 18 U.S.C. 2713 applies regardless of where data sits, and GDPR Article 48 limits when a third-country order to disclose personal data can be enforced in the EU. The guidelines also say that using an EU processor subject to third-country law is not itself a transfer, but complying with a third-country authority request would be, so assess that exposure before you engage the provider.
Ask for a written map of every support access path before go-live. For each path, record who can see the environment, from which country, through which tool, and whether the access is view-only or allows changes. Typical paths include vendor remote sessions, screen sharing during tickets, offshore managed service staff, log and telemetry shipping, and backup restores performed by a third party. Confirm whether the provider appears on the Data Privacy Framework List before relying on it, and note that the appeal against the General Court's September 2025 judgment is pending. Involve privacy counsel for the legal analysis. Fines for infringing the transfer rules in Articles 44 to 49 can reach EUR 20 million or 4% of worldwide annual turnover under Article 83(5)(c).
How an agency Rocket.Chat rollout moves from scope to operation
The sequence runs from a signed requirements register to a workspace that the agency's own team can patch, back up and upgrade. Each step closes with a check the agency can review before the next one begins, so the pilot and handover rely on recorded evidence.
Scope and map requirements
DeployOpen works with the agency's security, records and accessibility owners to list the users, channel types, data classes and retention rules the workspace must support. The agency's own authorities decide which controls apply, such as NIST SP 800-53 baselines or the CJIS Security Policy where criminal justice information is involved. The step closes with a signed requirements register that assigns a data classification to each channel type and names the hosting location. Confirm with your compliance team which frameworks govern chat data before the register is drafted.
Select plan and size the deployment
Compare the Starter, Community, Commercial, Government and Defense plans against the requirements register. Features such as SAML user group mapping, tamper-evident audit trails and air-gapped deployment sit on paid plans, so the choice is driven by the register, not by the free tiers alone. Size the architecture from expected concurrent users. The vendor's reference architectures describe one instance with a MongoDB replica set up to 500 concurrent users, and multi-instance or microservice designs above that point also require a paid plan. The output is a sizing sheet and a written quote that matches the agreed scope.
Build hosting and the MongoDB replica set
Provision infrastructure in the agency's own cloud account, data center or isolated network, then deploy Rocket.Chat 8.x with the official Docker image or Helm chart. Rocket.Chat 8.x requires MongoDB 8.0 or later running as a replica set, and a three-member replica set is strongly recommended for high availability. Configure storage, backups and TLS during this step and record versions and settings in the build record. The step closes when a test failover of the primary member keeps the workspace available and a backup restores cleanly into a separate environment.
Integrate identity and audit trails
Connect the workspace to the agency's directory through LDAP or Active Directory, configure single sign-on and multi-factor authentication, and map directory groups to Rocket.Chat roles. Access should follow the agency's existing joiner and leaver process. Enable audit records for messages, files and sessions, and decide where those records are kept and who may read them. Test each role with named accounts and confirm that a disabled directory account loses access. The step closes with a role matrix signed by the identity owner and an audit export reviewed by the agency's audit team.
Test security and capture evidence
Run application, API and infrastructure security tests against the build, then fix or formally accept each finding. Map the configuration to the controls named in the requirements register and collect the evidence each control needs, such as configuration exports, scan results, key management records and access reviews. Where CJI or CUI is in scope, confirm the cryptographic modules and the vulnerability scanning cadence against the governing standard. DeployOpen prepares the evidence, while independent assessors decide whether controls are met. The step closes with a retest report and an indexed evidence file.
Run a pilot with a limited user group
Onboard a defined group, such as one department or a set of liaison channels, and name support contacts on both sides. Track login failures, notification delivery, file handling, search and mobile client behavior, and log each issue against the requirements register. Agree exit criteria before the pilot begins, including how many open high-severity defects are acceptable and what user acceptance result is required. The step closes with a pilot report listing accepted behavior, defects and configuration changes, plus a documented go or no-go decision from the business owner.
Migrate from another chat platform
Where history must move from another platform, select the importer that matches the source. Rocket.Chat's import tools cover full Slack workspace exports, Slack users from CSV and a CSV importer for other sources. Mattermost data is migrated by converting its export into the CSV format. Run the import against a copy of the workspace, then reconcile user, channel and message counts against the source export. Decide which channels, retention periods and attachments move. If a source is not covered by a documented importer, a custom conversion is needed, so confirm that scope before accepting a quote. The step closes with a reconciliation report.
Hand over with an upgrade calendar
Transfer runbooks, configuration records, backup and restore procedures, the role matrix and the evidence index to the agency's operations team, then run a recovery exercise with them. Standard releases are supported for 6 months and LTS releases for 12 months. After end of life, a version gets no security or bug fixes, and cloud services such as the push notification gateway, Marketplace and Omnichannel integrations stop working. Unsupported versions can also lose connection to the official mobile and desktop clients. Build the upgrade calendar around these dates and close the step after the team completes one upgrade in a staging copy.
What agencies ask before hiring a Rocket.Chat partner
What drives the cost of a Rocket.Chat deployment for a government agency?
Scope, plan tier, architecture and the compliance work around the deployment drive cost more than any single component. Rocket.Chat's paid plans are Commercial, Government and Defense, and they are priced by quote, so the license cost comes from the vendor's written quote. Architecture adds effort: a single instance with a MongoDB replica set fits up to 500 concurrent users in Rocket.Chat's reference architectures, multiple load-balanced instances linked by NATS are suggested above that, and Kubernetes microservices above 5,000, with both multi-instance and microservice designs requiring a paid plan. Other drivers include identity integration, data migration from existing chat tools, hosting inside your authorized boundary, and evidence collection for assessors. Design, build and migration are one-time costs, while hosting, patching, backups and upgrades recur. Ask for a fixed-scope quote with line items for each area and the assumptions behind them.
Can our agency run a Rocket.Chat deployment in-house without a partner?
Yes, many agencies run Rocket.Chat with their own staff, and the decision depends on skills and capacity rather than on the software license alone. The platform needs MongoDB 8.0 or later running as a replica set, with three members strongly recommended for high availability, plus a container or Kubernetes platform, identity integration, backups, monitoring and a repeatable upgrade routine. Standard releases are supported for 6 months and LTS releases for 12 months, so staff must plan upgrades on that cycle. Your team should check whether it can build and test the design, document controls for assessors, and keep the system current without interrupting users. A partner can cover some or all of these tasks under a written scope, and you can split the work so your staff keep ownership of operations.
What does a Rocket.Chat rollout need from agency staff?
Agency staff must make decisions, provide access and approve the work at defined points, so the rollout depends on their availability as much as on the partner's effort. Expect requests for named owners in security, identity, networking, storage and records management, plus a decision-maker who can approve the plan tier, hosting location and user groups. Your identity team typically supplies directory access for LDAP or Active Directory, SAML or OIDC settings, and group mappings, and your security team reviews encryption, multi-factor authentication, retention and audit settings. Your infrastructure team provides the virtual machines or Kubernetes capacity, storage, DNS, certificates and network paths. Data owners confirm what to migrate from any existing chat tool. Ask the partner to list each agency input, its owner and the date it is needed in the written scope.
How long does a Rocket.Chat rollout take for a government agency?
The duration depends on scope and on how quickly agency decisions and access arrive, so no single timeline applies to every agency. The main drivers are the target architecture (single instance, load-balanced instances or Kubernetes microservices), the number of identity sources and user groups to connect, the volume and format of any migrated history, and the number of environments such as test, staging and production. Accreditation or assessment work adds time when evidence must be collected and reviewed before go-live. Air-gapped installs take longer because packages and updates must be moved into the isolated network. Ask the partner for a phased plan with milestones, a list of assumptions and the agency decisions each phase depends on, then agree the timeline in the written scope before work starts.
Does a government agency need the Rocket.Chat Government plan?
It depends on the features and architecture your requirements call for, and you should confirm this with Rocket.Chat before you choose a plan. Starter, which is free and allows up to 50 users, includes LDAP and Active Directory authentication, single sign-on, multi-factor authentication, end-to-end encryption, retention and read receipts. Air-gapped deployment is a paid-plan capability and is not available on Starter. Multi-instance and microservice reference architectures require a paid plan, and the paid plans list LDAP and SAML user group mapping, tamper-evident audit trails of messages, files and sessions, and built-in redundancy with automated failover. Compare these features against your control requirements, user count and hosting model, then ask Rocket.Chat to confirm in writing which plan includes each capability you need.
How is FIPS 140-3 handled in a Rocket.Chat deployment for agencies?
Confirm first with Rocket.Chat whether a FIPS 140-3 option is offered for your plan, which components it covers and how it applies to your hosting model. The need comes from your data and your rules. The FBI CJIS Security Policy version 6.1, effective 26 June 2026, requires FIPS 140-3 certified modules or FIPS 197 AES with at least 256-bit keys for criminal justice information in transit and at rest outside physically secure locations. A partner can document which encryption paths apply to your deployment, including TLS termination, database encryption, file storage and backups, and can record the module details your assessor will ask for. Do not assume a feature list alone proves compliance. Ask for a written statement of which modules are used, where they run and what evidence is produced.
How are Rocket.Chat upgrades planned for an agency deployment?
Upgrades are planned as a recurring operating task with a test cycle, a rollback plan and a schedule tied to the support window. Rocket.Chat supports standard releases for 6 months and LTS releases for 12 months, and after end of life a version receives no security or bug fixes, and cloud services such as the push notification gateway, Marketplace and Omnichannel integrations stop working. Rocket.Chat also says unsupported versions may lose the ability to connect with the official mobile and desktop clients. Major moves, such as from the 7.x line to 8.x, require the MongoDB 8.0 replica set prerequisite to be in place first. The upgrade plan should cover staging tests, database backups before each change, air-gapped package transfer where needed, and who approves each change. Ask the partner who owns each step and how long the agency has to approve a patch.
What does DeployOpen not provide for an agency compliance review?
DeployOpen does not issue audit reports, attestations or certifications. It plans, implements, hardens, documents and supports self-hosted open-source platforms inside your own infrastructure, and it prepares systems, controls and evidence for compliance assessments. Independent auditors and certification bodies perform the assessment and issue any formal result. For a Rocket.Chat deployment, DeployOpen can set up the configuration, document how identity, encryption, retention, audit and backup controls are implemented, and organize evidence for your assessor. Engagements are usually fixed-scope, with scope, deliverables and timelines agreed in writing before work starts. Ongoing support, upgrades and continuous security testing are available as retainers. Ask your assessor which evidence format they expect before the build starts.
How DeployOpen scopes and delivers an agency Rocket.Chat deployment
DeployOpen plans, implements, hardens, documents and supports Rocket.Chat inside the agency's own infrastructure, whether that is its cloud accounts, data centers or an air-gapped network. The plan tier, hosting model, identity integration and any federation with other agencies are settled in a written scope before any build work starts.
How we scope
- Confirm which plan tier the requirements need, since multi-instance and microservice designs and air-gapped deployment require a paid plan.
- Size the architecture against expected concurrent users, using the vendor's reference architectures as the starting point for one instance, load-balanced instances or Kubernetes.
- Record identity, MFA, retention, data residency and any Matrix federation requirements in the written scope, with each item tied to a deliverable.
How we build
- Stand up MongoDB 8.0 or later as a replica set, with a three-member set where high availability is required.
- Configure LDAP, Active Directory or SAML user group mapping, SSO and multi-factor authentication to match the agency's identity provider.
- Test backup, restore and failover paths, and verify encryption, audit trail and retention settings against the agreed requirements before go-live.
How we hand over
- Deliver architecture, configuration and runbook documentation covering installation, upgrades, backups and incident steps.
- Provide evidence of configured controls and test results so the agency's own assessors can review them, noting that DeployOpen does not issue audit reports or certifications.
- Walk the agency's administrators through daily operations, user administration and the upgrade procedure before the engagement closes.
How we support
- Plan upgrades around the six-month standard and twelve-month LTS support windows, since unsupported versions lose security fixes and mobile client compatibility.
- Offer ongoing support, upgrade and testing work as a retainer after handover, with scope agreed in writing.
- Ask for a quote that separates one-time build work from recurring support, and confirm which items depend on your plan tier or hosting model.
