Cybersecurity for Security & Control Systems (RMF / ATO / OT)
Risk Management Framework engineering to obtain and sustain Authority to Operate for networked ESS/PACS/OT — treating every connected security and Facility-Related Control System as Platform IT under UFC 4-010-06, DoDI 8500.01/8510.01, NIST SP 800-82 and 800-53. Produces the eMASS package, STIG hardening and CMMC/NIST 800-171 alignment without which no system can legally go live.
- RMF categorization, control selection and SSP development (NIST 800-53/800-82)
- FRCS 5-step cybersecurity design per UFC 4-010-06 with CCI mapping
- STIG/SRG hardening of cameras, controllers and servers
- eMASS package authoring and ATO/ATC support
Capabilities engineered in, not bolted on.
eMASS Authorization Package
We author the SSP, security control assessment and POA&M your AO actually signs, carrying networked ESS/PACS/OT through RMF to a defensible Authority to Operate.
STIG-Hardened Devices
Cameras, access controllers and head-end servers are baselined to DISA STIGs and SRGs, closing the configuration findings that stall a system before it ever goes live.
OT Segmentation & Zero Trust
Facility-Related Control Systems are isolated into enclaves with the UFC 4-010-06 five-step design and CCI mapping, so a compromised sensor never reaches the enterprise network.
Cybersecurity for Security & Control Systems (RMF / ATO / OT) that holds up to scrutiny.
Risk Management Framework engineering to obtain and sustain Authority to Operate for networked ESS/PACS/OT — treating every connected security and Facility-Related Control System as Platform IT under UFC 4-010-06, DoDI 8500.01/8510.01, NIST SP 800-82 and 800-53. Produces the eMASS package, STIG hardening and CMMC/NIST 800-171 alignment without which no system can legally go live.
We lead with engineering and compliance: the system is designed to standard, installed on genuine warrantied hardware, and documented so it clears procurement and accreditation the first time.
What's included
- RMF categorization, control selection and SSP development (NIST 800-53/800-82)
- FRCS 5-step cybersecurity design per UFC 4-010-06 with CCI mapping
- STIG/SRG hardening of cameras, controllers and servers
- eMASS package authoring and ATO/ATC support
- Continuous monitoring, POA&M management and patch cadence
- NIST SP 800-171 / CMMC Level 2 alignment and OT segmentation / zero-trust
Standards & compliance
Every cybersecurity for security & control systems (rmf / ato / ot)engagement is delivered on TAA / NDAA Section 889-compliant hardware, with country of origin documented and a compliant equivalent quoted whenever a unit isn't designated — engineered to NIST SP 800-53, NIST SP 800-82, UFC 4-010-06 where they apply.
Vendors & systems we use
Vendor-neutral — the right compliant line for the mission.
Get networked security systems to ATO
We treat every connected camera, reader and control system as Platform IT, engineering the Risk Management Framework artifacts that DoD authorizing officials and ISSMs require under DoDI 8500.01 and 8510.01. From RMF categorization and control selection through STIG hardening and the eMASS submission, our package is built to NIST SP 800-82 and 800-53 so the system can be authorized and stay authorized. Continuous monitoring, POA&M management and a defined patch cadence keep the ATO from lapsing after go-live.
- RMF categorization, control selection and SSP development
- FRCS five-step design per UFC 4-010-06 with CCI mapping
- Ongoing POA&M tracking, ConMon and patch cadence
One accountable team, the whole lifecycle.
Assess
Risk assessment, coverage gaps and an NDAA/TAA scan of what's already installed.
Design
Engineered, vendor-neutral design — drawings, device schedules and a compliant BOM.
Integrate
Installation and commissioning of video, access, intrusion and the cabling backbone.
Monitor
UL-listed central-station and remote video monitoring with verified response.
Maintain
Preventive maintenance, SLAs, firmware/cyber updates and lifecycle support.
Pairs well with
Cybersecurity for Security & Control Systems (RMF / ATO / OT) — frequently asked
What does cybersecurity for security & control systems (rmf / ato / ot) include?
Risk Management Framework engineering to obtain and sustain Authority to Operate for networked ESS/PACS/OT — treating every connected security and Facility-Related Control System as Platform IT under UFC 4-010-06, DoDI 8500.01/8510.01, NIST SP 800-82 and 800-53. Produces the eMASS package, STIG hardening and CMMC/NIST 800-171 alignment without which no system can legally go live. Core deliverables include rmf categorization, control selection and ssp development (nist 800-53/800-82); frcs 5-step cybersecurity design per ufc 4-010-06 with cci mapping; stig/srg hardening of cameras, controllers and servers.
Is your cybersecurity for security & control systems (rmf / ato / ot) TAA and NDAA Section 889 compliant?
Yes. Every cybersecurity for security & control systems (rmf / ato / ot) engagement is delivered on TAA / NDAA Section 889-compliant hardware with country of origin confirmed at the SKU level, and we quote a compliant equivalent whenever a unit isn't designated. Relevant standards: NIST SP 800-53, NIST SP 800-82, UFC 4-010-06, RMF / eMASS, CMMC L2.
Who is cybersecurity for security & control systems (rmf / ato / ot) for?
Cybersecurity for Security & Control Systems (RMF / ATO / OT) is built for DoD AOs/ISSMs, contractors handling CUI, federal, critical infrastructure. We size and document the system to that environment's threats, compliance posture and budget.
Do you handle the whole lifecycle, or just install?
One accountable team owns it end to end — assess, design, integrate, monitor and maintain — so accountability never falls through a hand-off. Maintenance and SLAs keep cybersecurity for security & control systems (rmf / ato / ot) compliant and operational over time.
Plan your ATO path
Bring us your networked ESS, PACS or FRCS and we'll map the RMF steps to authorization.