Please reach us at info@dtistechnology.com if you cannot find an answer to your question.
Remote ID (RID) is a system that allows a compliant drone to broadcast basic identification and location information while it is flying. It is often described as a digital number plate for drones, because it enables authorised receivers nearby to see key details about the aircraft during flight such as hight, speed, location, duration of flight and operator id. This enables airspace users see who is flying nearby and helps distinguish normal, authorised drone activity from potential risks.
Drone detection is the ability to identify the presence of drones in an area.
It uses sensors to spot drones whether or not they are broadcasting Remote ID.
This helps authorities and site operators understand what is happening in the airspace and respond appropriately.
Remote ID and drone detection serve different but complementary purposes. Remote ID relies on drones voluntarily broadcasting identification and location information, allowing compliant operators to be recognised and normal operations to be normalised, but it only works when a drone is equipped, configured, and operating as required. Drone detection, by contrast, looks for the physical or electronic presence of drones themselves and can detect activity regardless of compliance. Detection can be layered based on risk, environment, and operational need, combining technologies such as radio-frequency monitoring, radar, acoustic sensors, or electro-optical systems to provide increasing coverage, resilience, and confidence. Together, Remote ID supports accountability and transparency, while detection provides broader awareness and assurance where Remote ID alone is insufficient.
No. Remote ID and drone detection provide situational awareness, not enforcement.
They help authorised parties understand drone activity, but any enforcement action requires separate legal authority and processes. They do however support factual based evidence gathering, which could later be used to support prosecution if required.
Remote ID helps operators establish context around drone activity, who is operating, where, and when. When fully implemented as of 1st January 2028, it will show they are flying legitimately and responsibly. It makes compliant operations easier to recognise, reducing misunderstandings, delays, or unnecessary intervention. This visibility builds trust with regulators, authorities, and the public, and supports smoother access to airspace.
No not directly, and this is an important distinction.
Remote ID broadcasts information about the drone and its flight, not the operator’s personal identity. Depending on the jurisdiction, this typically includes a drone ID or serial number, position, altitude, and sometimes the control station location. Linking that information to a named individual or organisation is usually only possible for authorised authorities (such as aviation regulators or law enforcement) via registration databases and legal processes.
Drone detection systems generally do not identify the operator at all. They indicate that a drone is present and may provide location or tracking data, but attribution to an operator requires additional investigation, context, and legal authority. This separation is deliberate, reflecting privacy, data protection, and regulatory constraints.
Yes, when able some systems are capable of providing the location of the flight control unit, this does then could enable someone to locate the operator while the drone is active.
Remote ID and drone detection address the problem of limited visibility and uncertainty around drone activity in low-level airspace.
They provide an additional layer of situational awareness by making drone operations more visible, identifiable, and attributable. Remote ID allows compliant and authorised operations to be readily recognised, while drone detection helps identify the presence of drones more broadly, including those that may not be broadcasting or have the appropriate permission.
Together, this reduces uncertainty caused by unidentified or unauthorised drones, helping avoid disruption, delayed decision-making, or unnecessary escalation, and supports safer, more proportionate responses.
It depends on your requirement and relies on operator compliance, signal availability, and environment.
It's not always and depends on your operational requirements, however, detection can provide awareness where Remote ID is absent, degraded, or deliberately disabled.
Yes — there is "no silver bullet" to drone detection. So, deployments are inherently scalable and designed to be modular and layered. Solutions can range from temporary and portable to permanent and integrated. These can be configured to match the risk, size, and operational needs of a site, starting with a single capability (such as Remote ID reception or basic RF detection) and progressively adding layers such as radar, optical, or thermal sensors to increase coverage, confidence, and resilience. This modular approach allows capability to be expanded over time, adapted to different environments, and aligned with budget, regulatory constraints, and threat profiles. Layering multiple sensor types reduces blind spots and false alerts by allowing detections to be cross-checked, while avoiding unnecessary complexity where risk is low. The result is a proportionate, future-proof solution that can scale from temporary or local deployments to persistent, site-wide or regional coverage.
Both approaches are supported. we can supply systems as a complete, turnkey solution or as individual, modular components for integration into existing security architectures. This allows organisations to align deployment with current infrastructure, operational needs, and budget, while retaining the ability to scale or add capabilities over time without replacing the entire system.
Yes. Remote ID reception and drone detection systems can integrate with existing PSIM and VMS platforms using standard interfaces such as APIs, event feeds, or network messaging. This enables drone-related alerts and data to be viewed alongside cameras and other security systems. The depth of integration depends on the platform, configuration, and governance requirements, and is typically assessed on a case-by-case basis
Yes. They can provide many industry sectors additional context to support continuity of operations.
Remote ID and drone detection support public safety and first responders by improving awareness, confidence, and decision-making around drone activity during routine operations and incidents. They help responders quickly understand whether a drone is operating legitimately (for example, a police, media, or utility drone) or is unknown and potentially problematic, reducing uncertainty at already high-pressure scenes. This visibility supports safer airspace coordination around incidents, prevents unnecessary disruption or escalation caused by unidentified drones, and allows responders to focus on managing real risks rather than unknowns in the airspace.
Yes, for planned events, these systems help organisers and public safety partners understand what is happening in the airspace before, during, and after the event. Remote ID allows authorised drones (such as broadcasters, security, or inspection teams) to be quickly identified, while drone detection helps spot unknown or non-cooperative drones that may pose safety, security, or disruption risks. Detection systems can be scaled and layered based on the size of the venue, crowd density, threat profile, and regulatory environment, ranging from simple RF monitoring to multi-sensor setups for higher-risk events.
Critically, their value is in awareness and informed decision-making, not enforcement by default. Any operational use must align with local laws, privacy requirements, and clearly defined response procedures involving event security and public authorities.
Commercial and industrial sites benefit from Remote ID and drone detection by gaining clearer awareness and control of drone activity around their facilities. Remote ID helps sites quickly recognise authorised or routine operations, such as inspections, surveying, or contractor flights, reducing disruption to normal business. Drone detection provides assurance by identifying unknown or non-compliant drones that may pose safety, security, or intellectual property risks. Together, these systems support proportionate risk management, protect sensitive operations, reduce unnecessary shutdowns or escalations, and enable sites to engage more effectively with regulators and public authorities when drone activity occurs.
Yes, it is possible, but uncommon.
False alerts can occur, particularly with drone detection systems, due to environmental factors, radio interference, or other airborne or electronic sources. For this reason, systems are calibrated, layered, and supported by procedures to cross-check, verify, and confirm detections before any alert is raised, typically within seconds of the initial detection.
No, Remote ID receivers and entry level drone detection systems do not interfere with drones or communications. Most detection methods are passive, listening for signals or observing activity. In more advanced deployments, systems may also include radar (which emits radio waves for sensing only) and/or optical or thermal sensors, which simply observe the airspace. None of these are designed to interfere with drone control or communications; any capability designed to disrupt drones would be separate and require specific legal authority.
We sell retrofit broadcast units - a small, lightweight external device that can be attached to a drone that does not have built-in Remote ID, allowing it to broadcast the required identification and location information during flight. These are usually attached using Velcro. these units typically broadcast a standardised set of basic flight and identification data, not personal information. This usually includes a unique drone or Remote ID serial number, the drone’s current position, altitude, and velocity, a timestamp, and the location of the control station or take-off point
No, not all drones can support Remote ID retrofit units.
Retrofit units are intended for older or legacy drones that do not have built-in Remote ID, but compatibility depends on factors such as mounting options, weight limits. Some very small drones, bespoke platforms, or highly integrated systems may not be suitable for retrofit, and in these cases we recommend looking at the PBC (at build) options we supply.
Typically, these systems record operational and technical data about the drone activity, not personal information. Logged data may include the time and duration of a detection, location and movement of the drone, and system confidence or sensor source. Where Remote ID is involved, this can include the broadcast drone ID and telemetry (such as position and altitude). System health, alerts, and operator actions are also commonly logged to support auditability, incident review, and compliance, with retention and access governed by policy, law, and privacy requirements.
The specific data captured depends on the system type, configuration, and regulatory context.
Data can be managed using either cloud-based or on-premises deployments:
In both models, data retention, access control, and sharing policies are typically configurable to align with organisational, legal, and privacy requirements.
Deployment for detection and awareness typically requires no special enforcement authority, but use must comply with aviation, spectrum, privacy, and data protection laws, which vary by jurisdiction
DTIS Technology ltd
TICKTON LODGE, 8 BELLEVUE ROAD, CLEVEDON, BS217NR, UK