Data engineering & integration · Data quality & reconciliation
02 AI & Machine LearningApplied machine learning · Generative AI
03 Software & Product EngineeringCustom application development · Legacy modernization
04 Cloud & CybersecurityCloud migration & modernization · Cloud operations & support
05 Acquisition & Financial ManagementAnalysis of Alternatives · Market research & COTS/NDI evaluation
06 Program & Project ManagementProgram management & PMO support · Process improvement
Reconcile the record · instrument the definitions · ship the smallest thing that runs · close the loop.
Readiness, sustainment, acquisition and program financial systems.
IntelligenceSecure analytics, transcription and technical talent for missions.
Federal CivilianEnterprise cloud, case workflows and public financial accountability.
State, Local & TribalFederal-grade accountability on a state or municipal budget.
HealthReliability, forecasting and workforce analytics for clinical operations.
Commercial & Small BusinessFor organizations that must defend an AI-assisted decision.
Where a customer can't be named, the component and scale are characterized instead.
ALL WORKGAO, CBO and IG findings, read closely and written up plainly.
ALL INSIGHTSEngineering, data science, and Ghost Works.
OPEN ROLES INTERNSHIPSHands-on projects and practical challenges, including our Drone Development internship.
EXPLORE INTERNSHIPS →BoulevardLabs combines technical, analytical, operational and workforce capabilities to help organizations move from complex problems to measurable outcomes.
Most programs do not have a data shortage. They have four systems that each answer the same question differently, and no written rule for which one is authoritative. We start by reconciling them.
Most programs do not have a data shortage. They have four systems that each answer the same question differently, and no written rule for which one is authoritative. We start by reconciling them: naming the source of record for each measure and making the disagreements visible rather than averaging them away.
Engagements here normally start narrow: one question, one authoritative source, one thing in front of an operator inside the first period of performance. We widen on evidence rather than on plan, adding sources and measures only once the first answer is being used to make decisions, which is also the point where the reporting starts to pay for itself.
A model that cannot be explained cannot be defended, and a model trained on an unreconciled record simply automates the disagreement. We start from the decision the model informs, not the algorithm.
A model that cannot be explained cannot be defended, and a model trained on an unreconciled record simply automates the disagreement at a faster rate. We start from the decision the model informs, not the algorithm: who acts on the output, how often, and what level of accuracy would actually change what they do next.
Often the honest answer is that a well-instrumented rule outperforms a model, and we say so. Where a model is warranted, it ships with a retraining schedule, a published error rate and a documented approval path, so the people accountable for the decision can see how the answer was reached and when it last proved itself against real results.
Software that cannot be authorized has not been delivered. Where the system runs, which boundary the data sits inside and which control set applies are architecture decisions, not documentation exercises.
Software that cannot be authorized has not been delivered. Where the system runs, which boundary the data sits inside and which control set applies are architecture decisions, not documentation exercises. Treating them that way from the first sprint is what keeps an accreditation from becoming the longest phase of the project.
We ship the smallest thing that genuinely runs, in front of a real operator, with the legacy system still available beside it, then widen on evidence. Usage is instrumented from the first release, so a falling curve shows up as a design problem to fix rather than a training problem to schedule after the system has already lost its users.
Controls designed into an architecture cost a fraction of controls retrofitted after a finding, and they produce evidence continuously instead of in a scramble before an assessment.
Controls designed into an architecture cost a fraction of controls retrofitted after a finding, and they produce evidence continuously instead of in a scramble before an assessment. Logging, identity, encryption and data residency are built in from the first release, so the accreditation package is largely a report on how the system already runs.
Authorization posture is a design input on day one: where the workload runs, which boundary the data sits inside, which control set applies, and who signs. Getting that wrong is the most common reason good federal software never reaches production, which is why we settle it before the first environment is stood up rather than after.
An analysis nobody can audit is an opinion. Every figure traces to a source, every assumption is named where a reviewer can find it, and the sensitivity says which assumptions move the recommendation.
An analysis nobody can audit is an opinion. Every figure traces to a source, every assumption is named where a reviewer can find it, and the sensitivity says which assumptions move the recommendation and by how much, so when two alternatives are genuinely indistinguishable, the analysis says that plainly instead of manufacturing a winner.
After award the discipline is the same: commitments, obligations and expenditures reconciled on a standing basis, so the question of what has actually been spent has one answer at any moment. Anomalies surface while there is still time to act on them, rather than arriving in a quarterly report after the options to correct them have closed.
We map the process as executed, including the workarounds, because that is where the real constraint lives. Then we baseline before changing anything, against a definition everyone agreed to in advance.
We map the process as executed, including the workarounds, because that is where the real constraint usually lives: in a weekly approval batch, a single certified technician or a handoff nobody owns. Then we baseline before changing anything, against a definition everyone agreed to in advance, so the result can be measured rather than asserted.
Improvement claimed against a baseline established after the fact will not survive first contact with an auditor. The instrumentation we leave behind keeps measuring after the engagement ends, so the program can tell a durable gain from a temporary one and keeps the evidence it needs for the next budget or review conversation.
The six capabilities above describe what we build. This one is about whether an organization can operate it: AI literacy by role, adoption practices that survive the first contested decision, and workforce readiness measured rather than assumed.
AI education that stops at explanation produces enthusiasm and no change in output. Every pathway runs the same progression at the depth its audience needs (understand, practice, apply, adopt), so leaders, practitioners and whole teams build fluency in the same order, even when the material and the examples they work from differ by role.
Sessions run against the organization's own material rather than a vendor sandbox, and participants keep the working artifacts they build along the way. Where adoption has already stalled, a readiness assessment comes first, identifying whether the blocker is data, policy or skills, saying which to fix first, and writing it up so the finding survives the meeting it was presented in and turns into a plan someone owns.
Talent is not a capability. It is one of three ways to reach the same bench. Most engagements combine more than one.
A defined problem, scope and result that BoulevardLabs owns.
Existing BoulevardLabs software that solves recurring problems without starting from zero.
Analysts, engineers, data scientists, designers and program professionals working alongside the customer individually or as embedded teams.
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