A password manager for federal agencies gives IT and security teams a direct way to help close one of the government's most persistent security gaps: weak, reused, and unmanaged credentials. Federal agencies manage citizen records, benefits data, law enforcement systems, and critical infrastructure controls while securing a growing mix of employee and contractor accounts, shared access, service accounts, and machine identities.
The challenge is no longer simply getting employees to create stronger passwords. Agencies need visibility and control across the credentials people use to access systems and the secrets that applications, services, and automated systems use to operate. Password management addresses the human side of that problem, while secrets management extends those controls to machine identity and automated systems.
As federal cybersecurity resources and coordination capacity face new constraints, agencies have even more reason to strengthen the credential controls they can manage directly, without waiting for a new mandate.
Credential-based threats are a persistent problem for federal agencies. Federal civilian entities manage large numbers of employee accounts, vendor logins, shared credentials, and service credentials, creating multiple opportunities for attackers to exploit weak or reused passwords, phishing, exposed credentials, and unmanaged access.
The Cybersecurity and Infrastructure Security Agency (CISA) has made the underlying risk clear across government: compromised credentials can carry consequences that go well beyond a single account, which is why the agency recommends requiring strong, unique passwords and the use of a dedicated password manager.
"Weak or stolen passwords are one of the easiest ways these criminals can get into government accounts and systems." — CISA
These threats are becoming harder to manage as federal cybersecurity resources and coordination capacity face new constraints. Reduced staffing, thinner regional presence, and stakeholder-engagement capacity at CISA mean less hands-on support is available to agencies when they need it. Government password management software gives agencies one concrete way to strengthen human credential security directly, while complementary secrets management controls can address machine identities and automated access.
CISA has long served as the central coordinator for federal civilian cybersecurity, issuing guidance, running regional teams, and connecting federal agencies with the resources they need. That role has narrowed considerably: CISA's workforce fell from roughly 3,400 to ~2,400 employees in 2025, a reduction of nearly 1,000 people. Reports show the gap has continued, with about 29% of the agency's 3,292 authorized positions still unfilled as of June 2026. For agencies, that gap translates directly into less hands-on federal support available when a credential-based incident happens.
The cuts have landed disproportionately on the functions agencies rely on for support. CISA's Stakeholder Engagement Division has lost 96 of its 189 staff since January 2025. Five of the agency's 10 regional directors currently serve only in acting capacities, leaving less support available to federal agencies across the board.
One CISA employee summed it up plainly: technical service capacity has dropped significantly over the past 11 months due to cuts in programs and contracts, leaving teams to do more with less.
The practical result is a widening gap between the guidance agencies used to receive and the guidance they can now expect. Phishing, password reuse, and unmanaged service accounts remain the most common entry points attackers use to move into government networks, and a reduced CISA presence leaves it less equipped to monitor in real time.
Government password management software gives agencies:
a way to centralize visibility into who has access to what,
flag weak or reused credentials,
and maintain an audit trail.
These are controls agencies can fully implement on their own regardless of what federal guidance looks like next year.
Centralizing visibility into existing credentials is one half of closing the gap. Minimizing how much of the attack surface there is to defend in the first place is the other.
Passkeys, a passwordless authentication standard built on public-key cryptography, replace a typed secret with a cryptographic key pair tied to a specific device or account. Because there's no shared secret to type, phish, or intercept, passkeys close two of the most common attack paths agencies deal with: phishing and credential stuffing.
"Malicious actors don't break in, they log in." — CISA
That distinction is exactly why passwords remain such a persistent target. A stolen or phished password gives an attacker a valid way in, no break-in required. Passkeys remove that path entirely.
Federal guidance already points in this direction. NIST SP 800-63B Revision 4, finalized in 2025, formally recognizes synced passkeys at Authenticator Assurance Level 2 and device-bound passkeys as the model for the highest assurance level, AAL3, and requires every verifier operating at AAL2 to offer at least one phishing-resistant authentication option.
The same guidance moves away from decades of password advice that is now considered counterproductive. Revision 4:
eliminates mandatory periodic password rotation,
favors length over composition,
and adds mandatory screening against lists of known-compromised credentials.
Government environments face operational constraints that shape a passkey rollout differently than a typical enterprise one. A phased strategy addresses those constraints directly:
Start with the systems and user groups where phishing risk runs highest.
Use a password manager to bridge the accounts and legacy systems that are not yet passkey-ready.
Build enrollment and account transitions into the rollout from the start, so turnover doesn't stall progress.
Passkey adoption is one of the clearest security investments agencies can make on their own timeline, independent of whatever federal direction comes next.
Private and public information sharing: How the threat landscape affects government security measures
Strengthening credential security in-house is one lever agencies control directly. Just as important is understanding how the flow of outside threat intelligence has changed.
Government cybersecurity has never operated in a vacuum. Threat intelligence sharing between private-sector security vendors and federal agencies, through programs like CISA's Joint Cyber Defense Collaborative and sector-specific information sharing centers, has traditionally provided agencies with an early warning system, including indicators of compromise, active campaign details, and vulnerability data that individual agencies would struggle to gather on their own.
That flow of information depends on federal coordination capacity, which is now strained. Partnership-heavy functions at CISA have faced significant disruption amid staffing cuts, while the loss of regional and stakeholder engagement staff can make it much harder to maintain the relationships that support real-time information sharing.
Smaller and resource-constrained federal agencies feel these limitations most acutely. They often rely heavily on CISA for cybersecurity assessments, training, incident response, and other support because they lack the in-house budget and expertise to replicate those capabilities independently, making reductions in federal support more consequential.
Building credential visibility in-house adds another layer of resilience when external threat intelligence or support is delayed or constrained. An agency with visibility into credential health, access patterns, and account activity is better positioned to identify and address credentials risk directly.
That same need for stronger credential controls extends into critical infrastructure, where a compromised credential can do more than expose data. Energy, oil and gas, healthcare, financial services, water systems, and other critical infrastructure sectors draw sustained attention from threat actors because an attack can affect public safety, interrupt essential services, and expose sensitive personal and operational information all at once.
Recent events make the operational l dimension of that risk concrete. In late July 2026, coordinated cyberattacks hit water and wastewater utilities across at least 12 states. The hackers targeted internet-connected industrial control devices and, once inside, changed IP addresses and passwords, locking operators out of the equipment used to monitor and control water systems. Some utilities issued boil-water notices and switched to manual operation while investigators worked to secure affected facilities.
These attacks show how exposed operational systems can create a path to real-world disruption. After accessing internet-facing systems, attackers changed network settings and passwords, in some cases degrading operators’ ability to monitor and control water operations.
Critical infrastructure environments commonly need to secure two distinct types of access:
Human credentials, including employee, administrator, contractor, and vendor logins.
Machine credentials, including service accounts, API keys, certificates, and credentials used by OT, IoT devices, and other automated systems.
Every unmanaged credential or secret can become an entry point, and in critical infrastructure environments, a compromised credential can put water delivery, power, patient care, or financial transactions at risk. Strong credential management gives these sectors a direct way to reduce credential-based exposure before it becomes an entry point.
Federal guidance still offers a meaningful baseline even with reduced staffing and coordination capacity. NIST's digital identity guidelines and CISA's published frameworks remain in effect and reflect current best practices. The challenge for most agencies is translating high-level policy language into concrete steps a team can execute with the staff and budget on hand.
A few steps agencies can act on now, without waiting for updated mandates:
Inventory human credentials and machine secrets. Use password management for employee, administrator, contractor, and vendor credentials, and secrets management for service accounts, applications, and machine-to-machine access.
Eliminate password reuse and automatically generate strong, unique credentials. NIST emphasizes password length over arbitrary composition rules, while password managers generate strong, unique 16-plus character passwords for every account rather than relying on employees to create and remember them.
Screen against known-compromised credentials. NIST SP 800=63B Revision 4 requires prospective passwords to be checked against blocklists of commonly used, expected, or compromised values.
Move toward phishing-resistant authentication where it matters most. Start with the highest-risk systems and user groups, using passkeys or other phishing-resistant authenticators where supported and strong multifactor authentication (MFA) everywhere else.
Retire the 90-day rotation habit. NIST advises against periodic password changes unless there is evidence the authenticator has been compromised.
Build account transitions into the credential management processes, so workforce turnover doesn't leave orphaned accounts or inaccessible shared resources behind.
None of these steps require a new federal mandate to begin. Agencies that strengthen these foundational controls now will be better positioned to adapt as federal guidance, technology, and threats continue to evolve.
Ready to strengthen credential security agency-wide with a password manager for government? Learn more about Bitwarden for government, or get in touch with the team to schedule a briefing on how Bitwarden fits an agency's specific compliance and deployment needs.