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NEW · 7D+0
Top hiring locationbitsensing | 대한민국 경기도 성남시 수정구 고등로 4 | F5 비트센싱
Last checkedNov 1, 2026
HIRING TELEMETRY · CURRENT OBSERVATION
Read current hiring through measured values
01CURRENT HIRING
1Open jobs
DIRECT1
ADJACENT0
NEW · 7D+0
This is the current job count. It does not by itself establish hiring expansion, contraction or company growth.
02ANALYSIS COVERAGE
This company's postings have not been analyzed yet. Only the current job count and observation time are shown.
03OBSERVATION WINDOW
38DObserved window
Monitoring startedSep 24, 2026
Latest observedNov 1, 2026
COMPARABLE HISTORICAL TRENDNOT YET AVAILABLE
NEW · 7D jobs: 0 How to read confirmed / not confirmed / NEW · 7D
Confirmed means directly stated in current postings. Not confirmed means the item has not been verified in the postings reviewed. NEW · 7D means first observed by Banseog within the last seven days.
WHAT THEY ARE HIRING FOR
Start with your role
CURRENT OPEN JOBS
Current jobs you can inspect now
Recurring work experience
Experience repeated in current postings
These are recurring work requirements or experience areas in current job postings.
BANSEOG OUTLOOK
The radar is the same, but where the product ends differs by customer
With AIR4D, launched for autonomous vehicle companies in May 2026, bitsensing decided to hand over unprocessed radar signals as well. The company says many 4D radars are closed systems that make this data hard to use. Three months earlier it launched a driver-assistance kit that fits buses and trucks without changing the vehicle, signed a supply contract for more than 500 units with Korea Wide Group, and delivers it as a finished package down to the warning display. At intersections it places sensors bundled with servers, and in bedrooms a sleep sensor that reads breathing and heart rate. Banseog reads that, selling the rawest signal to one customer and the most finished warning to another, the next challenge is less radar performance than deciding how far the product goes for each customer.
Questions before joining
- Does this role's product end at raw signals, perception results, driver warnings or a monitoring screen?
- How do you decide what splits by customer from the same radar technology?
- What indicator shows that the bus kit's warnings are actually used?
If autonomous vehicle companies build their own models from raw signals, the company's work may move from delivering perception results toward supporting data quality and tools.
In its pilot the company evaluated driver usability alongside detection accuracy and response speed. As kits spread, deciding when a warning sounds and how installation and servicing run may matter together.
Traffic follows public projects, buses follow transport operators, and sleep follows senior care purchasing. Dividing what is common among them may become a task. These are conditional stages, not confirmed dates or hiring plans.
Capabilities gaining importance
Defining product boundaries by customerSupporting customers who use raw signalsDesigning warnings drivers trust and followAdoption processes for public, transport and care customersReusing a common radar base
Talent markets to explore
Radar signal processing and hardwareRadar and camera fusion perceptionCommercial vehicle driver assistance and retrofitIntelligent transport and public projectsSleep and vital sign measurement
Current hiring comes from the existing verified data pipeline. This is a conditional talent and organization outlook, not a company hiring plan, personal-fit assessment or hiring-probability forecast. · 2026-11-01
FUTURE TALENT SHIFT
How responsibilities may expand
Follow the scope from raising radar performance to owning the product through to its end for each customer. Check individual postings for actual duties and qualifications.
Improving detection and resolution→Designing criteria for when to hand over raw signals and when to process them
Radar-based object recognition→Turning camera-fused results into product specifications by customer
Feature development and testing→Designing installation, warning timing and servicing around an operator's routine
Equipment guidance→Data and tool support fitted to autonomous vehicle companies' model development
Sensor installation and pilots→Turning each city's operating needs into product and service scope
Defining specifications per model→Deciding where each customer's product ends and where common technology stops
CAREER LENS
You have read both the signal waveform and the driver's reaction
Look for work with radar or sensor signals, and for times you checked results against what real users did. Adjacent experience suggests connections, not eligibility or a personal-fit verdict.
Experience to show in your career history
✓
Designing radar signal processing or antennas
✓
Improving perception by combining radar and camera
✓
Fitting equipment to buses or trucks and running field tests
✓
Tuning warning timing from user reactions
✓
Building tools and documents so customers could use raw data
✓
Handling proposals or operations for public transport projects
Where adjacent experience can lead
Work on production-grade radar can connect to the core technology.
Understanding what raw-signal customers need is the connection.
Handling installation by vehicle type and field servicing.
Testing warning methods and driver acceptance.
Working with urban traffic facilities and monitoring data.
Breathing and heart rate measurement and user testing can lead to sleep work.
Questions before joining
- Does this role's product end at raw signals, perception results, driver warnings or a monitoring screen?
- How do you decide what splits by customer from the same radar technology?
- What indicator shows that the bus kit's warnings are actually used?
- When a raw-signal customer's results are poor, how far does responsibility go?
- How is this role's time divided between common technology and customer development?
PLACE × TALENT INTELLIGENCE
Work connected across locations
These interpretations use the official location and published business cases. They do not describe regional hiring plans or current staffing.
This is the headquarters location in official information. It reads as where product boundaries by market get set, not evidence of current team structure or size.
Radar developmentSoftwareBusiness coordination
A route on which the kit is used on Korea Wide Group express buses. It reads as where radar is judged from the driver's seat, without presuming overall installation status.
Commercial vehicle fittingDriver warningsField servicing
Ten traffic sensors were installed here under the K-City Network project. It reads as one public project, not a statement about other cities.
Traffic analysisField installationMonitoring data
Reported as the pilot section under the MoU with IKIO Technologies. It reads as a conditional next step, without presuming project size.
Overseas partnershipHighway monitoringLocal operations
Common radar technology → where each customer's product ends → field feedback → reworking the common base → the next market