Axon Opens Imaging Research Office in Finland, Hires Juha Alakarhu
Alakarhu, a well-known imaging technology visionary, has been instrumental in imaging breakthroughs over the last 14 years with the development of several industry-first technologies in smartphones and VR. With experience leading camera technology teams at Nokia and Microsoft, he most recently led imaging for Nokia's OZO team in Finland.
Axon, a global leader in connected law enforcement technologies, today announced the addition of a new imaging engineering team led by industry expert Juha Alakarhu. The team is working from Axon's new research and development office based in Tampere, Finland. This group will focus on enhancing the capabilities of Axon's future wearable and in-car cameras and developing a platform for future advancements that leverage Augmented Reality (AR), Virtual Reality (VR) and Artificial Intelligence (AI).
“We are thrilled to bring this talented group of imaging engineers on board,” says Axon CEO and founder Rick Smith. “We never stop trying to improve upon the technology we produce for our customers. We know this team will take it to another level, creating next generation breakthroughs for our body-worn and in-car cameras.”
Alakarhu, a well-known imaging technology visionary, has been instrumental in imaging breakthroughs over the last 14 years with the development of several industry-first technologies in smartphones and VR. With experience leading camera technology teams at Nokia and Microsoft, he most recently led imaging for Nokia's OZO team in Finland. Alakarhu has been responsible for end-to-end imaging including physical components, imaging algorithms and architecture.
“For the last decade, our team has revolutionized the imaging industry, and the revolution will continue at Axon,” says Alakarhu, Axon's VP of Imaging. “The team and I are excited for the opportunity to apply our skills to help ensure Axon can deliver the highest quality cameras to law enforcement across the world.”
Alakarhu will lead his team of software and hardware engineers with whom he has worked on multiple projects over the last eight-to-ten years. Together, they have developed several pioneering imaging solutions including oversampling (the 41 megapixel smartphones Nokia 808 and Lumia 1020), optical image stabilization, proprietary image signal processing, iris scanning and professional VR imaging systems. The team spearheaded the imaging development of Nokia's OZO, the leading professional VR camera which is able to record seamless stereoscopic 360-degree video, using eight synchronized one-inch 195-degree global shutter cameras.
Business Tampere, a regional economic development agency, worked closely with Axon to help support the team's on-boarding and the new Axon office opening.
More Technology

Pimloc Launches Secure File Sharing to Streamline Release of Redacted Video
Pimloc’s Secure File Sharing lets organizations deliver redacted video, audio, and documents through expiring, passcode-protected links, accelerating delivery while reducing security, compliance, and chain-of-custody risks.
Read More →
2026 Vision FirstNet Users Summit to Explore How FirstNet Fusion and LMR Are Redefining Mission-Critical Communications
One of the sessions at the 2026 Vision FirstNet Users Summit will highlight hybrid devices bridging broadband and LMR. “Bridging Broadband and LMR: FirstNet Fusion and the Rise of Hybrid Devices” will explore how public safety agencies can modernize their communications environments while maintaining the reliability of land mobile radio.
Read More →
Cellebrite Expands Exclusive SkySafe Partnership to Deliver Immediate Drone Detection and Airspace Intelligence for Digital Investigations at Scale
By integrating SkySafe's drone detection and airspace intelligence with Cellebrite's platform, agencies can connect real-time and historical UAV flight data with mobile forensic evidence, all in one place.
Read More →
New DroneShield Report Reveals Serious Gaps in Airport, Critical Infrastructure Counter-Drone Security
Survey results, as part of “Airspace Under Pressure: A Global Assessment of Counter-UAS Readiness Across Airports and Critical Infrastructure,” indicate that 60% of organizations say they lack legal authority to act against unauthorized drones.
Read More →
CHP to Accelerate Evidence Redaction & Public Records Fulfillment Through Veritone Redact
With Veritone Redact, the California Highway Patrol can redact video, audio, and image-based evidence, reducing time spent on evidence preparation and public record requests.
Read More →
Echodyne Expands Public Safety Radar Applications Through Partnership with Axon
Echodyne has partnered with Axon to support safer and more scalable drone operations across law enforcement, homeland security, and Drone as First Responder programs globally.
Read More →
Miami Police Department Deploys Airwayz’s Overwatch Platform During FIFA World Cup Events
The deployment of Airwayz’s Overwatch airspace management platform during the FIFA World Cup demonstrates the future of airspace infrastructure for managing, securing, and coordinating complex urban airspace environments.
Read More →
How Patrolfinder Uses Data to Make Streets Safer
Law enforcement agencies have long relied on instinct and routine to optimize patrols. Patrolfinder uses data to help agencies see where officers go — and where they don’t — to improve visibility and maximize coverage.
Read More →
Crime Prevention by Merging Tech with Human Intervention
Elite Interactive Solutions tackles crime prevention with technology and human intervention, working closely with local police to provide insights when a response is needed. The key is to blend the latest in remote video monitoring, artificial intelligence, and a well-trained agent with eyes on the scene.
Read More →
Case Study Details Integration of Body-Worn Cameras with CAD
The Billerica Police Department (Massachusetts) improved transparency and accountability, sharpened evidence management, and reduced manual hours by integrating Axis Communications body-worn cameras with its Computer-Aided Dispatch (CAD) system.
Read More →
