Mission engineering, decision intelligence, and multi domain integration the disciplines that turn sensor feeds into commanders' calls.
From orbital sensors to the tactical edge, our engineers compose mission systems that survive contested environments and the audits that follow them.
Each capability below is a delivery surface click any title to deep link a briefing request, or jump straight to /contact.
Space operations, strategic defense, sensor ecosystems, mission enablement.
Aerospace engineering for Hubble, ISS, and SG200 Space Computer class missions, plus MDA grade sensor fusion linking space borne, ground, and tactical layers into a single Golden Dome of homeland defense.
Sensor fusion, operational awareness, command systems.
We fuse multi spectral telemetry (SAR, EO/IR, tactical data links) into one Common Operating Picture, validated under JITC TEC II so commanders move inside the adversary's OODA loop.
Real time mission operations, sustainment, communications, field support.
Forward deployed network modernization CSfC + VDI architectures proven across USARCENT at Shaw AFB and Camp Arifjan keeping secure voice, video, and data alive when satellite links are contested.
Air, Land, Sea, Space, and Cyber integration.
Under GSA ASTRO IDIQ, we engineer interoperable software architectures for manned, unmanned, and optionally manned platforms so a naval sensor cue can trigger a space or cyber response instantly.
Information advantage, data insights, predictive analysis.
Data science, ML, and semantic search pipelines that turn unstructured sensor oceans into actionable intelligence predictive movement, logistics anomalies, and natural language analyst workflows.
AWS
Microsoft Azure
Google Cloud
Splunk
Palantir
ServiceNow
Databricks
Snowflake
CrowdStrike
Okta
HashiCorp
ElasticAWSMicrosoft AzureGoogle CloudSplunkPalantirServiceNowDatabricksSnowflakeCrowdStrikeOktaHashiCorpElasticMission engineering isn't a PowerPoint discipline. It is the trail of artifacts that link an operator's outcome to a line of code and BI is the rare contractor that actually walks that trail end to end.
The methods we run mission programs on chosen for ATO survivability, not novelty.
Six steps that turn a mission idea into a fielded capability each with named artifacts and accountable owners.
Stakeholder interviews, mission thread mapping, success criteria the work that anchors every artifact downstream.
DoDAF views that document the as is, the to be, and the seams. The architecture survives the architects.
SysML models linking operational activity to system behavior to test verification traceable end to end.
Test plans, MOEs, and operational test events designed to survive an IG, not just the program office.
Cleared engineers on the floor at Initial Operating Capability when the mission first touches the system.
Steady state operations, configuration management, and the artifact discipline that keeps the program audit ready.
The specific capabilities mission engineers say are hard to find in one cleared bench.
TS/SCI cleared engineers fluent in DoDAF, SysML, and the verification regime federal programs actually use.
Joint all domain integration isn't a slide deck we ship the message buses, schemas, and cross domain integrations that make it real.
Physics based twins paired with live telemetry. Rehearse the next mission, reconstruct the last one.
Forward deployed engineers comfortable in DIL environments and degraded networks when the link drops, the work continues.
Patterns from real BI engagements names withheld where required, shapes shared.
Fused multi INT feeds across domains under a JADC2 reference architecture with the message bus, schema, and access control work that made the integration durable, not demo only.
Stood up a physics fidelity digital twin against a live telemetry feed operations leaders rehearsed contingency runs before commit windows and reduced incident day improvisation.
Edge resident inference and data triage in disconnected environments. Tactical operators kept decision tempo even when the link to enterprise was intermittent.
Yes BI carries the facility clearances and cleared personnel required to operate inside classified mission threads, including SCIF resident work and CSfC patterns.
We treat JADC2 as a protocol and schema problem, not a slogan. We instrument message buses, harden cross domain integrations, and stand up reference test environments mirroring partner systems.
We routinely embed MBSE trained engineers and PMO discipline into an existing program bringing DoDAF artifact templates, requirements traceability, and verification cadence with us.
Send the CONOPS, the vehicles, and the timeline. We'll come back with cleared engineers and a delivery plan you can defend to your contracting officer.
