Research & Development
Built for threats that keep evolving.
Honeybadger runs research and development on several fronts at once — the physical systems our teams carry and deploy in the field, the cyber capability that defends and tests digital infrastructure, and the forensic and intelligence tradecraft behind our investigations. Integrated protection designed for today’s evolving threats.
Physical R&D
Systems our teams actually carry.
Comprehensive development across the physical technologies that protect people, vehicles and sites — researched, refined and proven in real operational use.
Security Systems
Developing and enhancing physical security technology — surveillance, access control and intrusion detection — paired with risk assessment and security audits for optimal protection.
Vehicle Systems
Armored and ballistic-resistant vehicles — advancing materials science (Kevlar, ceramics, composites) and structural engineering to build armor that is strong, lightweight and protective under impact.
Operational Systems
Tactical and combat equipment — thermal imaging and night vision for low-visibility operations, firearms refinement, and protective, communications and tactical gear that improve effectiveness and safety.
Government Systems
R&D under government contract — armored, tactical and autonomous vehicles, and cyber capability for programs critical to national security, infrastructure and technological advantage.
Cyber R&D
Attack and defense, developed together.
Our cybersecurity research works both sides — understanding how systems are broken in order to build the defenses that hold.
Forensics & Intelligence R&D
Turning evidence and open data into answers.
The third strand of our research: the tools and tradecraft behind our investigations and forensics work — built to a standard that holds up under scrutiny.
Digital Forensics Tooling
Developing and validating the workflows that recover, preserve and analyze digital evidence — mobile, computer, cloud and vehicle — with a defensible chain of custody from seizure to courtroom.
OSINT & Intelligence Methods
Repeatable open-source tradecraft — collection, verification and link analysis — that turns scattered public data into decision-ready intelligence for clients, counsel and agencies.
Counter-Surveillance & TSCM
Technical surveillance countermeasures research — detecting covert cameras, microphones and trackers — and the sweep procedures that keep principals, vehicles and facilities clean.
Fraud & Financial Analytics
Pattern and network analysis for fraud detection, asset tracing and financial investigation — the models that surface the transaction, shell or connection nobody wanted found.
How we work
Research that has to survive the field, not the lab.
Every program runs the same path — from a real problem to something our own operators trust on a live assignment, documented to a standard a client or contract can audit.
Focus areas
Where our research is pointed now.
The threats moving fastest — and the capabilities we are investing in to stay ahead of them.
AI-assisted analysis
Machine assistance for evidence review, OSINT triage and pattern detection — with a human analyst always on the decision.
Autonomous & aerial systems
Drone and sensor platforms for surveillance, survey and rapid response — and the concepts of operation to use them lawfully and well.
Threat intelligence & early warning
Tracking scam, fraud and attack patterns before they reach our clients — the basis of work like the Arizona Cybercrime Index.
Privacy & counter-surveillance
Keeping people and data un-tracked — device hardening, digital-footprint reduction and technical sweep methods.
Secure communications
Encrypted, resilient comms for protective details and investigations — and testing the ones our clients already rely on.
Protective materials science
Lighter, stronger armor — ballistic composites, ceramics and structures that protect without slowing the wearer or the vehicle.
Applied research
Research we put to work — and sometimes publish.
Our R&D is not only internal. Where the findings serve the public, our clients or the agencies we support, we share them. The Arizona Cybercrime Index is our ongoing analysis of how cybercrime is actually hitting the state — the categories, the patterns and where the risk is moving.
It is the visible edge of the threat-intelligence work that feeds every other program on this page.
Common questions
How R&D engagements work.
Yes. We are structured to do R&D under government contract — armored, tactical and autonomous vehicle work, and cyber capability for programs tied to national security, infrastructure and technological advantage. We can talk through vehicle, clearance and compliance requirements up front.
Usually, yes. Most programs start as a bespoke problem — a protective system, a vehicle build, a forensic workflow or a cyber capability. Tell us the problem you are solving and we will scope what a development effort would realistically look like.
Field-tested. Nothing leaves development until our own operators have run it on real assignments. Research that only works on a lab bench does not ship.
Both, plus the forensic and intelligence tradecraft in between — physical systems, cyber attack-and-defense, and the tooling behind our investigations. Most real problems sit across more than one of those, which is why we keep them under one roof.
That is defined per engagement. Ownership, licensing and any classification or handling requirements are agreed in writing before work begins, so there are no surprises about the result.
Starting a program
What to bring to the first scoping conversation.
Development efforts go faster and cost less when the problem is framed clearly at the start. You do not need a finished specification, but a few inputs help us judge what is realistic.
- The operational problem. Who will use the result, where, and what fails today. A protective detail, a facility and a forensic lab have very different constraints.
- Constraints that cannot move. Weight, power, size, heat tolerance, budget ceilings, delivery dates, and any platform the result must integrate with.
- How success will be judged. The measurable criteria a finished capability must meet, and who signs off on them.
- Handling requirements. Any contract, clearance, controlled-information or classification considerations. Government buyers may also want to review our SDVOSB contracting status.
Deliverables
What a development effort typically produces.
The output is more than a working prototype. Clients and contracting officers usually need to understand how something was tested and where its limits are.
Test and evaluation record
What was tested, under what conditions, and how the result performed against the agreed criteria, including where it fell short.
Operating procedures
How the capability is used in the field, such as sweep procedures that build on our TSCM services or a validated forensic workflow.
Known limitations
A plain statement of conditions the capability was not designed for, so it is not used outside its tested envelope.
Training and handoff
Guidance for the people who will operate or maintain the result, drawing on our training experience.
Compliance
Guardrails built into every program.
Security research touches regulated technology and personal data, so legal and ethical limits are addressed at the design stage, not after delivery.
Aerial work follows FAA rules for drone operations, and our drone operations are planned with airspace and privacy in mind. Some defense-related technology may fall under export-control regimes; requirements vary, so we identify them early and confirm with counsel. Offensive cyber research is performed only on systems we own or are authorized in writing to test. This is not legal advice.
Can we start with a small feasibility study?
Yes. A short feasibility phase is often the sensible first step before committing to a full development effort.
Will our problem details stay confidential?
Yes. Confidentiality terms are agreed before sensitive details are shared, and access is limited to the people working the program.
Can you evaluate a product we already bought?
Often, yes. Independent testing of existing equipment, such as communications gear or surveillance systems, can show whether it performs as expected under your real operating conditions and where its weak points are.
What drives the cost of a program?
Scope, the number of test cycles, materials, field time and any compliance or handling requirements. A phased plan helps control spend by making each stage a decision point.
How do we begin?
Request a consultation or call 602-725-2818 to outline the problem.
Have a capability in mind?
Whether it’s a protective system, a vehicle program or a cyber capability, tell us the problem you’re solving and we’ll talk through what a development effort would look like.