SWIFTSTICK

SECURE. IDENTIFY. CONFIRM.

Visible tamper evidence. Designed for the moments that matter.

Concept in Development

Explore the Concept See Applications

Pull tabSimple, glove-friendly handling (proposed)

High-visibility letteringBold black on color

Tamper-indicating materialProposed film layer

Adhesive layerProposed, not validated

A pull tab for simple handling.

High-visibility color. Bold black type.

Designed to show visible damage if tampered with.

Designed to Be Seen. Built to Be Simple.

Swift Stick explores a faster, more visible approach to access marking and tamper indication.

RAPID APPLICATIONA simple, glove-friendly design intended to minimize handling steps.

HIGH VISIBILITYA large, high-contrast marker intended to be recognizable from a distance.

CLEAR TAMPER INDICATIONA designated breakaway zone with an exploratory VOID-indicating feature.

When Every Detail Matters, Visibility Matters More.

Uncertain Access

Teams may not know whether a secured doorway, cabinet, or restricted area has been disturbed.

Delayed Recognition

Signs of interference can require close inspection, slowing down routine checks.

Inconsistent Marking

Different teams and facilities may use inconsistent temporary marking methods.

Complex or Expensive Solutions

Electronic monitoring is not always justified for every temporary entry point.

Critical Workflows

In high-stress environments, unclear status markings can introduce confusion.

SECURE.Place the high-visibility seal across a designated access point.

IDENTIFY.The proposed tamper-evident design makes signs of interference easier to recognize.

CONFIRM.Inspect the indicator and follow the appropriate verification process.

Visible interference is a reason for inspection, not automatic proof of intrusion.

Illustrates the proposed mechanism, not a validated prototype. An intact seal does not guarantee security.

Simple on the Outside. Thoughtful by Design.

SWIFT STICK

Printed outer filmBold, high-contrast face.
Tamper-indicating materialProposed layer that shows disturbance.
AdhesiveProposed bond to the surface.
Protective release linerRemoved before application.
Conceptual layers, not finalized engineering specifications.

High-Visibility Construction

Contrasting indicators intended to be recognizable at a glance.

Tamper-Evident Materials

Potential destructible films or adhesive-reveal constructions.

Glove-Friendly Handling

A possible non-adhesive pull tab.

Portable Deployment

A future compact dispenser for multiple markers.

Stretch-Responsive Indicator

Exploratory material that changes appearance when stretched.

Temperature Exposure Detection

A possible variant using irreversible thermochromic indicators.

One Core Idea. Multiple Industries.

Swift Stick seal in the selected industry color

Seals, Strips and Rolls.

Concept designs for a pull-tab door seal, a slim strip, and a roll format, color-coded by application.

Concept strips and rolls in six colors reading Swift Stick, Secure. Identify. Confirm.

A Platform Built Around Visibility.

All variants are concepts or exploratory. No prices, certifications, specifications, or launch dates exist.

The Power of Keeping It Simple.

Proposed design advantages, not proven superiority: no batteries for basic labels, no network for passive indication, compact and potentially inexpensive, inspected by eye, adaptable by industry.

	Passive tamper-evident marking	Electronic monitoring
Power	None for basic labels	Required
Network	Not needed	Usually needed
Record	Visual inspection	Logs and alerts
Best use	Temporary or low-cost points	Permanent, audited systems

The two are complementary, not substitutes. Swift Stick does not stop entry. It is a proposed indication of possible interference, and an intact seal does not guarantee a space is safe, undisturbed, or unoccupied.

Engineering What Comes Next.

From physical prototypes to material exploration, Swift Stick is progressing through an iterative product development process focused on visibility, usability, and tamper-evident design.

Early 3D-printed prototypes let us evaluate dimensions, lettering, pull-tab ergonomics and physical construction. They are rigid geometry and appearance models, not functional tamper-evident seals.

Concept artwork, not a prototype photograph

We are investigating rigid and flexible materials, adhesive systems, destructible films and VOID indicators. No material has passed formal testing.

PLA
Matte PLA
PETG
TPU 95A
TPU 85A
ABS
ASA
Destructible vinyl
Tamper-evident polyester
VOID label materials
Pressure-sensitive adhesives

CAD drawings and revision-controlled designs document how the product develops. V1-03 is the current revision. Documentation is not commercial validation.

Concept artwork

Engineered Through Iteration.

Every revision brings Swift Stick closer to its goal: rapid application, high visibility, and clear evidence of interference.

A Controlled Break. An Important First Step.

We physically tested the V1-03 3D-printed prototype. It separated cleanly along the intended center perforation line when manually stressed.

Initial manual fracture test

CLEAN SEPARATION OBSERVEDPromising controlled-fracture behavior in the printed geometry.

Concept Visualization. Not a photograph of the test.

This initial result does not yet establish

Reliable breakage on an installed door
Consistent performance across materials
Adhesive reliability
Resistance to accidental damage
Performance in emergency-response situations
Real-world tamper-evident effectiveness

Precision Without Complexity.

The proposed V1-04 alignment indicator is intended to help users position Swift Stick across a door/frame interface with minimal guesswork.

White alignment marking
Small directional arrows
High-contrast placement guide
V1-03 perforation geometry unchanged

Conceptual illustration of a design concept. No improvement in speed or accuracy has been measured.

Designed With Purpose.

An evolving physical design exploring fast application and visible tamper indication.

Schematic. Breakaway shown at 70 mm from the overall top; tab width and adhesive-zone placement are illustrative.

These specifications refer to the prototype and proposed construction, not final commercial product specifications.

Inside the Development Process.

Design refinementPrototype V1-02Focus: Visual identity, lettering, and pull-tab refinement.

Refined branding, flush lettering and pull-tab design.

Initial manual fracture test completedPrototype V1-03Focus: Center breakaway geometry and initial fracture evaluation.

65 × 120 mm, 1.6 mm body thickness, breakaway about 70 mm from the overall top, 4 mm perforation slots and 2 mm bridges. In an initial manual test the printed prototype separated cleanly along the perforation. This is not installed-door, adhesive or cross-material validation.

Design concept · not manufactured or testedPrototype V1-04Focus: Planned alignment guide and placement improvements.

White alignment indicator, small positioning arrows and an “ALIGN WITH DOOR GAP” marking. V1-03 dimensions and breakaway geometry are retained.

In progressMaterial InvestigationFocus: Comparing rigid and flexible materials, adhesive systems, and potential destructible films.

Under investigation: PLA, Matte PLA, PETG, TPU 95A, TPU 85A, ABS, ASA, destructible vinyl, tamper-evident polyester films, VOID label materials and pressure-sensitive adhesives. No material has passed formal testing.

From Concept to Real-World Validation.

Status as of November 2026. Prototype work is not product validation.

CompletedConcept Development
The product concept has been established.
CompletedInitial Physical Prototyping
Initial prototypes were manufactured on a Bambu Lab P1S 3D printer. They are rigid geometry and appearance prototypes, not validated functional tamper-evident seals.
CompletedV1-03 Manual Breakaway Evaluation
A printed prototype separated cleanly along the center perforation when manually stressed. This is an initial observation, not installed-door validation.
In ProgressMaterial Research
No material has passed formal testing.
In ProgressCompetitor & Market Research
In DevelopmentV1-04 Alignment Design
A design concept. Not manufactured or tested.
In ProgressAdhesive Research
Custom die-cut adhesives and a continuous removable release liner.
Above: prototype and research work. Below: installed-door and field validation, not yet completed.
PlannedInstalled Door Testing
Formal comparative testing has not yet been completed.
PlannedProfessional User Feedback
FuturePilot Evaluation
FutureCommercial Manufacturing

Built for the Moments That Matter.

Swift Stick began with a simple observation: in complex environments, determining whether a space has been accessed or disturbed can be harder than it should be. The founder explored a simple, highly visible marker that could help make access status easier to understand. That led to a broader vision: affordable, intuitive tamper-evident products for industrial, safety, logistics, and security applications.

SECURE. IDENTIFY. CONFIRM.

Help Shape What Comes Next.

Industrial safety, construction, security, training, logistics, engineering, and manufacturing professionals are welcome.