Velentium
Editor's pick #1Texas engineering firm for active and implantable medical devices, with a strong device-cybersecurity practice
What is Velentium?
Velentium was founded in 2012 and is based in Katy, near Houston, Texas. It designs, develops and manufactures active medical devices, including implantables and their programmers, and offers systems engineering, firmware, software, cybersecurity and CGMP manufacturing. Great Point Partners completed a growth recapitalization in 2021, the company sold its oil and gas division in 2023 to focus fully on medtech, and it took $15M in growth financing from Trinity Capital in 2024. Headcount estimates range from 51 to 250.
Velentium works primarily with clients in Implantables & neuromodulation, Surgical & therapeutic devices, Wearables & remote monitoring sectors. Its primary differentiator is: Combines active-implantable engineering with a dedicated device cybersecurity team that prepares FDA premarket security documentation.
Velentium tech stack and services
| Service area |
|---|
| Firmware & Embedded Software |
| Electronics & PCB Design |
| Device Cybersecurity |
| Verification & Validation |
| Regulatory & QMS Support |
| Manufacturing & Scale-up |
Velentium pricing
Short answer: Velentium uses a fixed project, time and materials, manufacturing contract pricing approach. Minimum engagement is not publicly disclosed; a discovery call is required.
| Engagement model | Typical range | Best for |
|---|---|---|
| Fixed project | From not disclosed | Well-defined scope |
| Manufacturing contract | Variable; depends on team size | Large programmes or team augmentation |
| Time & materials | Variable; depends on team size | Large programmes or team augmentation |
Velentium pros and cons
| Advantages | Things to consider |
|---|---|
| +Cybersecurity is a full practice here, covering threat modeling, SBOMs, testing and postmarket monitoring | -Private-equity recapitalization and debt financing mean ownership priorities may shift over time |
| +Experience with active implantable devices, one of the hardest device categories to engineer and certify | -Smaller than the large consultancies, so very broad programs may stretch the team |
| +Can manufacture Class II and III devices after development, reducing transfer risk | -Industrial design and human factors are not its main strength |
| +Offers training on device cybersecurity, which helps client teams keep up after hand-off |
Velentium vs alternatives
How Velentium compares to the other top Medical Device Development companies.
| Company | Best for | Key difference | Rating | Compare |
|---|---|---|---|---|
| Lemberg Solutions | Connected and smart medical devices, one engineering team. | Owns PCB design, firmware, embedded Linux, IoT backend and edge AI under one roof, so device and cloud are designed together | 4.8 | Full comparison |
| StarFish Medical | Startups needing design plus pilot manufacturing. | Medtech-only practice that can build clinical and early commercial units in its own certified clean room | 4.6 | Full comparison |
| Sunrise Labs | Electromechanical devices, fluidics and infusion. | Three decades of work on pumps, fluidics and motion-heavy medical systems where mechanics and firmware are tightly coupled | 4.5 | Full comparison |
| Cambridge Consultants | Novel technology with high technical risk. | Physicists, chemists and engineers working in one building on problems no off-the-shelf design can solve | 4.4 | Full comparison |
| TTP | Pharma device programs, inhalers and injectors. | Employee ownership plus long-running drug delivery and surgical device work for large pharma and medtech clients | 4.4 | Full comparison |
| Zühlke | European medtech firms modernizing device software. | A device engineering practice and a large digital practice under one owner, useful when a device program is really a platform program | 4.4 | Full comparison |
| MedAcuity | Device makers with hardware but no software team. | US-based, ISO 13485 certified team that does nothing but regulated device software | 4.3 | Full comparison |
| Key Tech | IVD instruments with consumables. | Designs the diagnostic instrument and its cartridge together, with human factors in the same studio | 4.3 | Full comparison |
| Team Consulting | Inhalers, injectors and human-factors-heavy devices. | Three decades of medical-only industrial design and human factors, especially for drug delivery | 4.3 | Full comparison |
| Minnetronix Medical | Electronic devices from design into US production. | Develops and then manufactures electronic medical devices in the same Minnesota medtech cluster | 4.3 | Full comparison |
| Planet Innovation | Diagnostics companies in Asia-Pacific and the US. | Diagnostics roots plus product and commercialization experience in Australia and the US | 4.2 | Full comparison |
| Orthogonal | SaMD and device companion apps. | Agile delivery adapted to FDA-regulated software, focused on the app and cloud side of connected devices | 4.2 | Full comparison |
| S3 Connected Health | Pharma companies adding connectivity to drug delivery. | Combines embedded wireless engineering with patient-facing apps and data platforms for pharma programs | 4.2 | Full comparison |
| Veranex | Device design plus clinical trials and reimbursement. | One contract can cover engineering, clinical studies, regulatory strategy and reimbursement | 4.2 | Full comparison |
| Sagentia Innovation | Surgical robotics and combination products. | Medical development backed by a listed science group that also runs a regulatory consultancy | 4.1 | Full comparison |
| Bluefruit Software | UK device makers outsourcing firmware and testing. | Small, employee-owned embedded team with medical devices as its largest market and a strong testing culture | 4.1 | Full comparison |
| Promenade Software | Small device makers needing software and security. | Pairs contract device software with its own medical cybersecurity tooling and information-sharing service | 4.1 | Full comparison |
| Integrated Computer Solutions (ICS) | Touchscreen user interfaces on medical devices. | Qt and embedded UI depth applied to regulated device software, including on QNX | 4.0 | Full comparison |
| Delve | User research and industrial design for medtech. | Design research and industrial design depth from two long-established US studios | 4.0 | Full comparison |
| Kaleidoscope Innovation | Enterprises already working with Infosys. | US medical design studio with access to Infosys engineering and digital capacity | 4.0 | Full comparison |
| Product Creation Studio | Pacific Northwest startups and lab instruments. | Small ISO 13485 studio that can follow its own quality system or the client's | 4.0 | Full comparison |
| Simbex | Sensor wearables and biomechanics research. | Biomechanics and sensor research background applied to wearable health devices | 3.9 | Full comparison |
| Softeq | Connected devices needing hardware plus apps. | Hardware, firmware, mobile and cloud teams in one company, with ISO 13485 in place | 3.9 | Full comparison |
| ScienceSoft | SaMD and device software on a budget. | Large, ISO 13485 certified software team with healthcare analytics and testing services | 3.9 | Full comparison |
| Tata Elxsi | Large medtech firms offshoring sustaining engineering. | Offshore scale for verification, documentation and sustaining work on existing device portfolios | 3.9 | Full comparison |
| Phillips-Medisize | Drug delivery devices needing high-volume production. | Design, molding and assembly of drug delivery devices under one global quality system | 3.9 | Full comparison |
| Jabil Healthcare | Global production capacity for cleared devices. | Global scale, supply chain and FDA-registered production for established medical device brands | 3.8 | Full comparison |
| Flex Health Solutions | Design transfer into global contract manufacturing. | Dedicated NPI center and design sites that feed directly into Flex's medical manufacturing network | 3.8 | Full comparison |
| Plexus | Complex capital equipment needing build and sustaining. | Engineering, NPI and sustaining services for low-to-mid volume, high-complexity medical equipment | 3.8 | Full comparison |
Velentium FAQ
What is Velentium?
Texas engineering firm for active and implantable medical devices, with a strong device-cybersecurity practice
How much does Velentium charge?
Velentium uses fixed project, time and materials, manufacturing contract pricing. Minimum engagement is not publicly disclosed. A discovery call is required to get project-specific quotes.
What tech stack does Velentium use?
Velentium works with Embedded C/C++, RTOS, BLE, IEC 62304, ISO 14971, Threat modeling. Primary industries served include Implantables & neuromodulation, Surgical & therapeutic devices, Wearables & remote monitoring.
Is Velentium right for enterprise?
Implantables and FDA cybersecurity submissions. 51–250 team size. Key consideration: Private-equity recapitalization and debt financing mean ownership priorities may shift over time.
What are the best Velentium alternatives?
The best alternatives to Velentium depend on your use case. Top options are:
- Lemberg Solutions: owns pcb design, firmware, embedded linux, iot backend and edge ai under one roof, so device and cloud are designed together
- StarFish Medical: medtech-only practice that can build clinical and early commercial units in its own certified clean room
- Sunrise Labs: three decades of work on pumps, fluidics and motion-heavy medical systems where mechanics and firmware are tightly coupled
Compare Velentium with other Medical Device Development companies
Verify all details directly with Velentium before making a decision.