Construction projects depend on managing complex schedules, coordinating teams, and keeping safety and compliance records in order. Oblytech offers IT services for construction companies in each of these areas. The services listed below cover the main tools and records that projects rely on.
Implement and customize leading project management platforms to streamline planning, scheduling, resource allocation, and collaboration across all project phases.
Give your field teams mobile apps for collecting data in real time, communicating and getting the project information they need, which improves output and efficiency.
Use BIM technology to build and manage digital models of the physical and functional features of construction projects, which helps teams collaborate, reduce errors and get better project outcomes.
Implement solutions to track safety incidents, conduct inspections, and ensure compliance with industry regulations, protecting your workforce and minimizing risks.
Securely store, share, and collaborate on project documents and drawings with cloud-based solutions that enhance teamwork and information accessibility.
Migrate your construction applications and data to the cloud for enhanced scalability, accessibility, and collaboration across project teams.
Utilize data analytics to gain insights into project performance, identify areas for improvement, and make informed decisions to optimize costs and timelines.
This page is for the people who run construction and development projects, or who support them with systems: a project director, a commercial manager, a site manager who has to make records work on a wet morning, a document controller, or the IT lead of a contractor that runs several jobs at once. Each of them touches the same project from a different angle. The site team needs the drawing that is current now. The commercial team needs the variation that has been agreed. The safety lead needs the incident and inspection history. The decision this page supports is how to keep those views consistent across a project that changes shape every week and involves many organizations.
The page is written for general contractors, specialist trades and developers who manage projects directly. It does not describe a single software product, and it treats project management tools as a means of keeping records rather than as the goal.
A construction site is a poor place for a reliable connection. Concrete pours, basements, steel frames and remote plant compounds can all block signal, and crews often work outside the hours when the office is open. Any system used on site has to assume that a person will record something with no connection and sync it later. The design question is what happens when two people record conflicting information offline, such as a delivery quantity or an inspection outcome. A platform that quietly keeps the last change will eventually produce an argument about which record is correct, and the argument will happen at the worst time.
The practical answer is to keep the capture simple, time-stamp every entry at the device, and show conflicts to a named person for resolution. That discipline takes little effort to set up and helps when a claim or a defect is being investigated. Hardware and software faults on site are the subject of the remote IT support page.
Photographs and site notes need the same care. A photograph is only useful as evidence if its time, its location and the person who took it are recorded with it, and the capture route should record those details automatically rather than relying on the person holding the phone. Where a photograph supports a claim or an inspection, the record should show whether it was taken before or after the covering work.
Projects rarely fail because one record is missing. They fail because several records quietly disagree. The table below sets out the records that most often drift on a job, who should own each one, and what the disagreement costs when it is found late.
| Project record | Owner | Cost when it drifts |
|---|---|---|
| Current drawing revision | Document controller | Work built to a superseded drawing that must be opened up |
| Agreed variations and instructions | Commercial manager | A payment claim that cannot be supported by a signed instruction |
| Subcontractor progress and delivery records | Site manager for each package | Disputed quantities and delays with no contemporaneous evidence |
| Inspection and test results | Quality lead | Work covered before an inspection that should have happened first |
| Safety incidents and near misses | Safety lead | A pattern that is visible only after several incidents occur |
Document control is the least glamorous part of a project and often the most consequential. A drawing register that lists the current revision of every sheet, the date each revision was issued and the people who were told, helps prevent rework. The register must be the thing the site team checks before work starts, not a list maintained for the file. When a revision is issued, the old version should be marked as superseded in the place where people look, and the people working on the affected package should be notified in a way that leaves a record.
The same logic applies to large building information models. A model is only useful if the person on site knows which version they are looking at, and if the model’s changes are linked to the instructions that caused them. Without that link, the model becomes a second drawing set that nobody trusts.
Safety records are often held in a separate system from the rest of the project, which means the patterns they reveal are seen late. A cluster of near misses on one package, in one week, is an operational signal. It may point to a sequencing problem, a shortage of supervision or a delivery that arrives at the wrong time. When incident and inspection records are linked to the activity and the location they describe, the site manager can see the pattern while there is still time to change the work. ServiceNow practice for responding to incidents is covered on the incident and problem management page, and for release decisions on the change governance page. The construction question is who reviews the pattern each week, and what they are allowed to change.
Contractors who move to a new system often want to bring historical projects with them, and that is sensible for claims and lessons learned. The risk is that a bulk copy keeps the data and loses the context that made it meaningful: which version of a drawing was current on a given date, which instruction was verbal, and which subcontractor was on site. Decide what history must be preserved as records, what can be summarized, and what can be left in the archive. A useful test is whether a claim on a closed project could still be defended from the migrated data.
Ask how the system behaves offline, how conflicts are presented and who resolves them. Ask how drawing revisions are controlled, and whether a superseded document can still be opened by mistake. Ask how the platform handles large model files on a site connection, and what the provider would do if the file size made mobile access impractical. Ask how the provider expects the site team to be trained, and whether training can happen during a working day. Finally, ask how the system would be handed over at the end of the project, so that the next job starts from a usable template and not from the last job’s settings.
Not necessarily. A specialist trade may need only a simple capture route for delivery and progress records. What matters is that the records they create flow into the project record in a consistent format, and that the main contractor controls who may see what.
Separate the standard configuration from the job-specific settings. Agree the standard once, record any job-specific changes as exceptions, and review the exceptions at the end of each project so the standard improves.
It can hold the structured parts of the diary, such as attendance, deliveries and inspections. The narrative observations are still valuable, and a good process keeps a place for them, linked to the structured record for the same day.
Choose the record that causes the most disputes on your current jobs, usually instructions or delivery records, and make its capture and approval reliable before expanding into other areas.
If your business is weighing a shared project record for live jobs, the most useful first step is to pick one record that has caused disputes and trace how it moves from the site to the office.
A construction project needs its core records in place before the first load of work reaches site. The order matters more than the software chosen. Start with the drawing and contract register, then the site and commercial records, then the handover data.
Before mobilisation, the job needs one drawing register, a list of subcontract packages and a named owner for each. In many jobs, a later dispute traces back to a package let on one set of drawings and built on another. Set the rule early: a drawing counts as current only when it appears on the register, and a superseded sheet is marked before anyone is asked to work from it.
During construction, the site record carries most of the daily load. Attendance, deliveries, plant use and weather each need one place and one fixed time of day for entry. Hold every entry against the activity it describes, not in a folder of loose photographs. A delivery logged against the pour it supported is far more useful in a claim than a delivery note filed under the supplier’s name.
Instructions and variations are where most commercial arguments start. Record each verbal instruction when it is given, with the person and the time, and have the commercial manager confirm it in writing within a fixed number of working days.
Read as a sequence, the records fall into four stages:
Handover is the stage most often underestimated. The defects period can run for months after the last crew leaves, and the people who answer a defect call are often not the people who built the work. Hand them the as-built drawings, the list of open items and a record of who approved each inspection.
Teams that need someone to own the sequence across several subcontractors can look at project management and business analysis support. The platform side of the same stages is covered on the ServiceNow for construction and engineering page. Old project history is a separate job, and the data migration and import sets guide is the place to start on that side.
Run the pilot on a single job that is already under way, limited to one or two records, with a written pass or fail test agreed before anyone logs in. Pick a job in its middle stretch, not one in mobilisation or in handover, because that is typically when records change often and weaknesses show.
Choose a job with a site manager who will actually use the tool and a commercial manager who will check the output. Keep the pilot to one or two records and leave everything else on the current method until the pilot ends.
Write down three or four checks that a person outside the pilot could verify:
Also agree the stop rule. If the site team keeps a parallel paper or spreadsheet record because they do not trust the tool, the pilot has failed on that point, whatever the demonstration looked like.
Count the workarounds. Every photograph sent by messaging app, every note kept on a personal phone, and every figure retyped into another sheet marks a gap in the capture route. Review them weekly with the site manager and decide for each whether to fix the tool, change the habit or accept the gap.
A strategy conversation about IT strategy and planning is worth having before a second job joins, so the standard setup is decided once.
If the pilot record has to connect to accounting or scheduling tools, test that link early. Work such as API development and integration usually takes longer than the capture screens, and the pilot is the cheapest moment to find that out. Acceptance testing of the capture forms and approval steps can follow the approach described under quality assurance.