Mr. Jonathan Awde reports

GOLD STANDARD CONTINUES TO OBTAIN POSITIVE DRILL RESULTS FROM ITS NORTH BULLION FAULT ZONE, RAILROAD PROJECT, CARLIN TREND, NEVADA

Gold Standard Ventures Corp. has released new drill results from the North Bullion fault zone target at its 100-per-cent-owned Railroad project. Subsequent to the last reported results, three holes have been completed with finalized assays: RR12-04, 05 and 07. Two additional holes were lost above the target zones: RR12-03 and RR12-06. The rock package just above the target zone in the NBFZ is commonly the most difficult to drill because it often comprises altered, but not healed, very broken rock with high-pressure artesian water flow. Another three holes have been completed for which assays are awaited.

                            UPDATED DRILL RESULTS
                                                                           
                      TD   From     To   Int.   Gold          Int.     Gold
Hole No.              (m)    (m)    (m)    (m)  (g/t)  Other   (ft)  (oz/st)

RR12-03 (core)     187.1               hole lost above target              
RR12-4 (core)      638.1  274.9  304.8   29.9  2.13           98.0    0.062
                          320.0  334.7   14.7  0.446          48      0.013
RR12-05 (core)     774.8  444.4  583.7  139.3  0.206         457      0.006
RR12-6 (core)      164.0               hole lost above target              
RR12-07 (core)     431.9  105.8  113.7    7.9  0.411          26      0.012
                          163.4  189.6   26.2  2.09           86      0.061
                          276.1  321.9   45.7  0.480         150      0.014
                          335.9  343.5    7.6  0.378          25      0.011
                          360.3  368.8    8.5  0.548          28      0.016
                          409.4  423.1   13.7  0.583          45      0.017

Four core drill rigs are currently drilling on the North Bullion target zone. This program is focused on three important objectives:

1. Increase the size of the high-grade discovery made in RR11-16 and RR12-01;
2. Expand and define the length, width and depth dimensions of the larger target zone of pervasive, potentially economic gold mineralization. To date, gold mineralization has been encountered over a length of 3,000 feet, a width of about 1,000 feet and a vertical dimension of as much as 1,500 feet, and this target zone remains open in several directions. Drill spacing continues to be in the range of 300 to 400 feet;
3. Discover additional high-grade feeder zones (that is, grades above 10 grams per tonne). Gold Standard controls the entire known extent of the Bullion fault corridor which has a length of about six miles (10 kilometres), almost all of which is completely untested. This structural corridor comprises only one of several compelling target opportunities on the 28-square-mile Railroad property position.

Dave Mathewson, Gold Standard's vice-president of exploration, noted: "The recently completed CSAMT geophysical survey (see news release of July 10, 2012) is now playing a critical role in the expanded program, especially the search for higher grades. The survey outlines the main area of gold mineralization within the NBFZ. The highest-grade drill results to date have come from structures within this main area of mineralization. Typical of the best Carlin-style deposits to the north, these structures are the feeder zones for the pervasive mineralization surrounding them.

"The key to finding higher grades is to locate the feeder zones within the larger zone of mineralization. These faults run north-south within the NBFZ and are essentially blind targets having no surface expression. What's important is that where we have intersected them by drilling, these feeder zones line up on plan and section maps with strand-like features expressed in the CSAMT data. This matching provides confidence that the CSAMT is able to trace the most favourable features for hosting high grade. The CSAMT survey suggests that the high-grade structures found to date extend north and south from these intercepts. These inferred structures have become near-term targets in the current program. The holes we have reported to date were not located with the benefit of this data," Mr. Mathewson said.

Drilling continues to be extremely challenging within the NBFZ target. RR12-03 was lost at 614 feet, just above the target zone, and RR12-06 was lost at 538 feet, also above the prospective target zone. Mr. Mathewson noted that some improvements had been made to drilling procedures and equipment, but: "The most effective response to the difficult drilling conditions is simply to use more rigs to advance the program. Two RC drills are in the process of being mobilized to the Railroad program to augment the five core rigs now at work, four of them in the NBFZ. One of these RC drills will provide precollars for step-out core completions along the Bullion fault corridor. The other will initially be used to test the western extension of the Railroad fault zone and subsequently will be mobilized to the LT target in the southern Railroad project area," said Mr. Mathewson.

Sampling methodology, chain of custody, quality control and quality assurance

All sampling was conducted under the supervision of the company's project geologist and the chain of custody from the drill to the sample preparation facility was continuously monitored. Core was cut at the company's facility in Elko and one-half was sent to the lab for analysis and the other half retained in the original core box. A blank, quarter-core duplicate or certified reference material was inserted approximately every 10th sample. The samples are delivered to ALS Minerals preparation facility in Elko. The samples are crushed and pulverized and sample pulps are shipped to ALS Minerals certified laboratory in Vancouver where they are digested and analyzed using fire assay fusion and an atomic absorption spectroscopy finish on a 30-gram split. Data verification of the analytical results includes a statistical analysis of the duplicates, standards and blanks that must pass certain parameters for acceptance to insure accurate and verifiable results.

The scientific and technical content and interpretations contained in this news release have been reviewed, verified and approved by Steven R. Koehler, Gold Standard's manager of projects, BSc (geology), CPG-10216, a qualified person as defined by National Instrument 43-101, Standards of Disclosure for Mineral Projects.

We seek Safe Harbor.